EXINDA Aura 8,500 Btu/h Ceiling Suspended All-in-One Heat Pump
Small spaces. Complete comfort.
Make room for comfort in hotels, studios and modular homes. EXINDA AURA 8,500 Btu/h All-in-One heating and cooling stays concealed above the ceiling, leaving floor space free and interiors uncluttered. Add optional energy-recovery ventilation to suit the building’s fresh-air plan, with individual room control and no separate outdoor condenser.
Ceiling-Suspended Heat Pump Specifications
| Model | ICMBCNF1AYE |
| System type | Ceiling-suspended all-in-one heat pump; ERV optional |
| Rated cooling capacity | 8,500 Btu/h at 95 °F DB / 75 °F WB outdoor and 80 °F DB / 67 °F WB indoor |
| Rated heating capacity | 9,000 Btu/h at 47 °F DB / 43 °F WB outdoor and 70 °F DB / 60 °F WB indoor |
| Low-temperature heating | 8,250 Btu/h at 23 °F; 7,000 Btu/h at 5 °F |
| Optional ERV ventilation airflow | 53–100 CFM; 90 / 70 / 53 CFM high / medium / low |
| Indoor supply airflow | 224–355 CFM at 0.32 in. w.g. available external static pressure |
| Power supply | 208–240 V / 60 Hz / 1 Ph, hardwired |
| MCA / MOP | 15 A / 20 A, heat pump plus electric heater |
| Maximum electric auxiliary heat | 1.5 kW |
| Compressor / refrigerant | BLDC twin-rotary inverter / R32 A2L, 1.21 lb charge |
| Compressor operating range | 5 to 109 °F outdoor |
| Exterior connections | Intake and exhaust, 8 × 10 in. rectangular |
| Filters in the documented ERV configuration | 2 × MERV 13 non-washable (outdoor air); 2 × MERV 4 washable (return); 1 × MERV 4 washable (condenser) |
| Optional ERV energy-recovery core | Cross-flow, non-washable; exhaust defrost |
| Sound pressure | 45 dB(A) at 1 m; 40 dB(A) at 3 m, ceiling installed with gypsum board beneath, high heating airflow |
| Dimensions (W × D × H) | 44-3/16 × 37-5/16 × 11-1/8 in. |
| Net weight | 165 lb |
| Controller | Wall-mounted digital touch controller included; 24 V dry contact included; optional Wi-Fi and BACnet |
CSA certified. AHRI certification in progress.
CSA certificate 80287910 · Canada and US · CSA product listing
Heating, Cooling and Optional ERV Performance
Use the capacity at the project design temperature. Heat-pump outdoor airflow and optional ERV fresh-air delivery are separate air systems. ERV rows below apply only to the documented optional configuration.
| Operating point | Capacity / airflow | Input or efficiency | Test condition |
| Cooling rating | 8,500 Btu/h | 987 W; EER 8.64 Btu/W | 95 °F DB / 75 °F WB outdoor; 80 °F DB / 67 °F WB indoor |
| Heating rating | 9,000 Btu/h | 1,040 W; COP 2.53 | 47 °F DB / 43 °F WB outdoor; 70 °F DB / 60 °F WB indoor |
| Low-temperature heating | 8,250 Btu/h | 1,150 W; COP 2.10 | 23 °F DB / 13 °F WB outdoor; 70 °F DB / 60 °F WB indoor |
| Minimum compressor condition | 7,000 Btu/h | 1,350 W; COP 1.52 | 5 °F DB / 3 °F WB outdoor; 70 °F DB / 60 °F WB indoor |
| Optional ERV heating test, low airflow | 64 CFM net outdoor air | 30 W; 77% SRE / 80% ASRE | 32 °F inlet supply |
| Optional ERV heating test, high airflow | 92 CFM net outdoor air | 46 W; 73% SRE / 77% ASRE | 32 °F inlet supply |
| Optional ERV cold test | 43 CFM net outdoor air | 30 W; 44% SRE / 45% ASRE | −13 °F inlet supply |
| Optional ERV cooling test | 65 CFM net outdoor air | 30 W; 63% total / 65% adjusted total recovery | 95 °F inlet supply |
| Indoor duct design | 224–355 CFM | — | 0.32 in. w.g. available external static pressure |
AURA Technical Documents
View the 12,000 Btu/h AURA with integrated ERV
Compare all AURA heat pump models
AURA Selection Questions
Where does this model fit best?
It suits hotel rooms, studios and compact modular homes where floor space and a clean interior matter. Concealed ductwork connects the unit to the room, with optional ERV when fresh air is required from the same system.
How do I choose between ceiling and floor-standing installation?
Choose ceiling installation when keeping the floor clear is a priority and there is space above the finished ceiling for the unit, ducts and service access. A vertical model is an alternative when ceiling depth is limited and a dedicated indoor equipment position is available.
Where should the equipment sit within the home?
A utility or laundry area can be a practical location, keeping the indoor compressor away from bedrooms and main seating areas. Coordinate vibration isolation, duct routes and a service opening before finishing the ceiling.
What needs to connect to the outside of the building?
Separate outdoor intake and discharge ducts connect the indoor unit to exterior air openings or a coordinated louver assembly. There is no separate outdoor condenser. Plan the openings, duct insulation and separation as part of the façade design.
Do I need the optional ERV?
Choose optional ERV when the unit will provide the room’s fresh-air ventilation. Where the building already has a separate ventilation system, select the heating-and-cooling configuration.
How much ceiling space does the installation need?
The cabinet is 11-1/8 in. high. The ceiling layout also needs room for supports, ducts, drainage and access panels. Keep these allowances in the installation plan so the equipment stays hidden and remains accessible.
How is routine maintenance kept accessible?
Align a ceiling access panel with the service side of the unit. Leave enough space to remove filters and reach electrical components and the condensate drain, without blocking the opening with fixed finishes or other services.
What if gravity drainage is difficult to arrange?
Optional external condensate-pump interlock offers flexibility where a gravity drain is difficult to route. Keep the pump and drain accessible for cleaning and servicing.
Can different apartment layouts use different AURA models?
Yes. A development can combine different capacities and installation formats. Share the location, floor plans and dwelling mix so EXINDA can help compare models and provide the technical information for your project team.
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