EXINDA Breeze 42-170 CFM Energy Recovery Ventilator
HIGH HEAT RECOVERY. SLIM DESIGN. BUILT FOR NORTH AMERICAN HOMES.
EXINDA Breeze brings fresh air into houses, townhomes and apartments while helping retain indoor heat, even through cold winters. Its high heat-recovery efficiency supports energy-efficient housing across North America, while the slim cabinet and side duct connections suit compact ceiling layouts.
Breeze ERV Specifications
| Model | ICMBCOFF1AYS |
| Product type | Side-port residential energy recovery ventilator, field adjustable |
| Sensible recovery efficiency (HVI), 0 °C | 86% at 42 CFM net airflow, 27 W |
| Sensible recovery efficiency, −25 °C | 67% at 40 CFM net airflow, 41 W |
| Standard airflow settings | 42 / 90 / 130 CFM at 0.1 / 0.2 / 0.4 in. w.g. |
| Certified net supply at 0.4 in. w.g. (HVI) | 170 CFM |
| Reference settings at 0.25 in. w.g. | 45 / 70 / 100 CFM — submittal reference operating points, not fan performance ratings |
| Power supply | 120 V / 60 Hz / 1 Ph |
| Cabinet height | 9-3/4 in. |
| Duct connection | 4 × 6 in., side of cabinet |
| Control interface | Wall controller; 24 V thermostat terminals (C / G / R / W / Y) for furnace or air-handler interlock; optional timer and dehumidistat inputs |
| MCA / MOP | 1.6 A / 15 A |
| Maximum input power | 180 W |
| Sound pressure, HH / H / L | 36 / 33 / 24 dB(A) — per submittal; measurement distance not stated. |
| Outdoor operating range | −18 to 109 °F DB |
| Filters | 2 × washable MERV 8 |
| Energy-recovery core | Cross-flow, non-washable |
| Balancing | Pressure taps and integrated balancing dampers; balanced on site by differential-pressure measurement. This model does not use the automatic balancing fitted to the other Breeze units. |
| Defrost | Recirculation defrost |
| Dimensions (H × W × D) | 9-3/4 × 26 × 21-9/16 in. |
| Net weight | 43 lb |
| Certification references | HVI ID 2005500; CSA certificate 80227354 (UL 1812 safety, CSA C439 performance) |
Airflow and Energy Recovery Performance
Fan curve values show how net supply responds to external static pressure; airflow is set on site with the balancing dampers and read at the pressure taps. Energy recovery performance is reported at separate test conditions, each with its own inlet temperature, airflow and power — recovery is highest at the low setting and falls as airflow rises.
| Performance | Net airflow | Power | Recovery metric |
|---|---|---|---|
| 0.1 in. w.g. fan curve | 186 CFM | 145.1 W | — |
| 0.4 in. w.g. fan curve (HVI certified) | 170 CFM | 142.8 W | — |
| 0.8 in. w.g. fan curve | 144 CFM | 141 W | — |
| 1.0 in. w.g. fan curve | 133 CFM | 139.8 W | — |
| 32 °F inlet supply | 42 CFM | 27 W | 86% SRE / 90% adjusted SRE |
| 32 °F inlet supply | 91 CFM | 82 W | 73% SRE / 80% adjusted SRE |
| 32 °F inlet supply | 135 CFM | 145 W | 65% SRE / 72% adjusted SRE |
| −13 °F inlet supply | 40 CFM | 41 W | 67% SRE / 70% adjusted SRE |
| 95 °F inlet supply | 42 CFM | — | 67% total / 69% adjusted total recovery |
Breeze ERV Technical Documents
Model-specific five-page specifications, fan and recovery tables, wiring diagrams and dimension drawing.Revit Family — Breeze side-port cabinet (RFA)
Shared BIM family for the side-port cabinet. Published under ICMBCOFF1AYE, which uses the same 26 × 21-9/16 in. footprint, the same four 6 in. side connections and a cabinet height within 1/16 in. Confirm clearances against the ICMBCOFF1AYS submittal.
Compare all Breeze residential ERV models
Breeze ERV Selection Questions
Why is high heat recovery valuable for my housing project?
It brings fresh air into the home while keeping more of the outgoing heat inside. This reduces the heating needed for ventilation and supports the energy-performance goals of efficient new homes.
Does it still recover heat during a Canadian winter?
Yes. It maintains 67% sensible heat-recovery efficiency at −25°C, so heat recovery remains useful even in very cold weather. Built-in defrost helps manage frost during winter operation.
How does it support housing projects across Canadian provinces?
For builders working in British Columbia, Ontario, Quebec or the Prairies, the ratings cover both mild and very cold conditions. This gives project teams a strong starting point for meeting provincial ventilation energy requirements, with one model to evaluate across developments. EXINDA supplies the performance data and submittal for each project's building-code review.
Will it fit where ceiling space is limited?
Its slim cabinet and side duct connections make it a practical option for compact ceiling and bulkhead layouts. Allow space beside the unit for ductwork and leave an access panel for filter cleaning and service.
Can I specify it across an apartment or townhouse development?
Yes. It can serve individual homes in a development, with one unit selected for each dwelling's ventilation needs. Using the same model across matching layouts can simplify installation planning, maintenance and spare-parts stocking.
What should my contractor include before handover?
The installer should balance the fresh-air and exhaust airflow, check the controls and show the homeowner how to clean the filters. This model is balanced manually, so include that work in the installation scope.
Collaborez avec EXINDA
Fabricant mondial d’équipements CVC et fournisseur de solutions sur mesure
EXINDA est un fabricant mondial d’équipements CVC spécialisé dans les pompes à chaleur, les systèmes de ventilation et les solutions climatiques sur mesure pour les applications résidentielles et tertiaires.
Nous collaborons avec des distributeurs, des ingénieurs, des installateurs et des partenaires OEM dans le monde entier.
1. Distributeurs et revendeurs CVC
Nous accompagnons nos partenaires dans le monde entier avec des solutions fiables de pompes à chaleur et de ventilation.
2. Bureaux d’études et installateurs
Nous fournissons la documentation technique, une aide à la sélection des produits et un accompagnement des projets.
3. Entreprises de construction et maîtres d’ouvrage
Nous fournissons des solutions CVC économes en énergie pour les ensembles résidentiels, les hôtels, les établissements de santé, les écoles, les bureaux et les projets tertiaires.