GreenTek PROFILE P 1.2ED-EC Air Exchanger Greater Montreal
Is it the right size for your home?
It delivers 129 cfm net, enough to ventilate 1,500 to 2,400 sq ft. Choose your home's living area.
It's the right size.
For a 1,500 to 2,500 sq ft home, about 105 cfm of air needs to be renewed continuously. This unit delivers 129 cfm net — enough for the house, with extra capacity to boost ventilation for the bathroom and kitchen.
Calculation: 0.35 air changes per hour over the living volume, with 9 ft ceilings. Our estimator sets the exact airflow room by room, following CSA F326.
What it does, in numbers
$22.45
Electricity per year
Less than a 60 W light bulb
Bulbs left on day and night. Same calculation for every line: wattage × 8,760 h × 11.142 ¢/kWh.
Meets the Québec Construction Code everywhere in the province. The Code requires 54% at −25 °C below 6,000 degree-days (Montréal, Laval, Longueuil and both shores) and 60% above that. This unit is rated at 61% at 51 cfm.
Airflow and efficiency at 0 °C and −25 °C: HVI directory, Section III. Cost: 23 W over 8,760 h at Hydro-Québec's Rate D second tier (11.142 ¢/kWh).
What you should know about this one
Published, verifiable facts, not brochure claims.
ECMECM motors: 23 W at 51 cfm instead of 55 W
Per HVI it draws 23 W at 51 cfm, versus 55 W for the PROFILE 1.2E-D at the same airflow, in the same cabinet with the same shutoff damper. Running continuously, that is less than half the electricity.
CertifiedENERGY STAR certified, limited to EC-motor PROFILE units
In the PROFILE series, Greentek limits ENERGY STAR certification to EC-motor models; the PROFILE 1.2E and 1.2E-D are not certified. The sheet notes it meets ENERGY STAR requirements only when used in Canada.
61%What it still recovers at −25 °C
The only efficiency figure that matters for a Québec winter, and the one the Code uses. An efficiency quoted without its temperature means nothing; this one is measured at a test airflow of 51 cfm.
ExhaustIt defrosts by pausing the fresh air for a few minutes
In cold weather, the supply fan stops for a few minutes while the exhaust keeps running, so warm indoor air thaws the core. During the cycle the house is briefly under negative pressure; if you have a fireplace or a naturally vented combustion appliance, mention it to our estimator.
ERVIt moves moisture too, not just heat
An ERV transfers some moisture between the two airstreams. Useful in a house that gets too dry in winter or takes on a lot of humidity in summer. The trade-off: it generally recovers less heat than a comparable HRV.
2005262Its HVI certification number
Listed in Section III of the Home Ventilating Institute's certified products directory. Anyone can check it, and it's the first condition for the Rénoclimat grant.
−17 cfmWhat the ducts cost it
Between a nearly unrestricted test bench (0.2 in) and a real duct system (0.4 in), it drops from 146 to 129 cfm. Most spec sheets show only the first number, precisely because it looks better.
23 WMeasured at the airflow it actually runs at
Its 77% at 0 °C is certified at 51 cfm, the continuous airflow of a typical home. At that setting it draws 23 W, or about 201 kWh a year.
5 yearsThe core warranty
The core does the work and is the most expensive part to replace. Motors: 7 years. Parts: 5 years. We register the warranty in your name at commissioning.
5 inWhat it needs on site
5 in ducts, side connection. It weighs 35 lb, and it needs enough clearance to slide the core out once a year.
Rénoclimat: $500 to install or replace an HRV or ERV
First condition met: HVI Section III certified, No. 2005262. Second: your EnerGuide rating must improve between the two evaluations. Québec warns that an air exchanger installed on its own can increase a home's energy use; that's why we balance it to the calculated airflow rather than running it at full speed.
What it needs on site
In a condo with no floor drain, or with little ceiling clearance, we usually look at a side-port model instead. Our estimator checks the location, the drain and the duct route before ordering.
Complete spec sheetData and cited sources
- Net airflow at 0.2 in. w.g.
- 146 cfm
- Net airflow at 0.4 in. w.g.
- 129 cfm
- SRE at 0 °C (51 cfm)
- 77%
- SRE at −25 °C (51 cfm)
- 61%
- Power draw
- 23 W
- Efficacy
- 2.2 cfm/W
- Type
- ERV
- Connection
- Side ports
- Duct collars
- 5 in
- Defrost cycle
- Exhaust only (supply fan off)
- Filters
- 2 washable electrostatic MERV 3 panel filters (11 5/16 × 8 1/8 in)
- Dimensions (L × D × H)
- 23.16 × 20.75 × 10.06 in
- Weight
- 35 lb
- Power supply
- 120 V
- HVI certification (Section III)
- 2005262
- Warranty — core
- 5 years
- Warranty — motors
- 7 years
- Warranty — parts
- 5 years
Net airflow, efficiency at 0 °C and −25 °C, and power draw: Home Ventilating Institute certified products directory, Section III (HVID 2005262). Annual consumption calculated at 23 W running continuously for 8,760 h, at Hydro-Québec's Rate D second tier (11.142 ¢/kWh), in effect since April 1, 2026.
The next model down and up
Talk to an HVAC technician before you choose
We calculate the airflow room by room, check the location and the drain, and give you an installed price. Balancing is measured at commissioning, not estimated.
Introducing the Greentek Profile P 1.2ED-EC: Energy Efficient Ventilation for a Healthier Home
The Greentek Profile P 1.2ED-EC is an energy recovery ventilator, powered by electronically commutated motors, which proves that energy efficiency and performance can co-exist. This advanced ventilation system is ENERGY STAR® certified and is specifically designed to improve indoor air quality by bringing a continuous flow of fresh air to your home while exhausting an equal amount of contaminated air.
Main Features
Electronically Commutated (EC) Motors: These motors use smart technology to reduce energy consumption, resulting in lower operating costs, reduced maintenance and longer motor life.
Mechanical shut-off damper: To avoid sucking fresh air directly into the air handling unit when it is not working, this unit is equipped with a mechanical closing damper. It is constructed of polymer material and is activated by a non-fail-safe actuator.
Energy Recovery Core: The Energy Recovery Core is made of a durable polymeric membrane that transports water vapor and is highly permeable to moisture. It is frost tolerant, water washable and resistant to mold and bacteria.
Electrostatic Filters (Washable): Two washable electrostatic filters provide air filtration. They are easy to clean and maintain, which helps maintain the air quality in your home.
Detachable Screw Terminal: A detachable screw terminal for easy connection with external access is also included, which facilitates installation and maintenance.
Technical specifications
- Duct Diameter: 5 in (125 mm)
- Voltage/Phase: 120/1
- Power: 147W
- Operating Amperage: 2.3 A
- Amperage According to CSA: 3.0 A
- Average Power: 129 cfm (61 L/s) @ 0.4 in of water (100Pa)
- Weight: 35lbs (16kg) including core
Performance and Energy Efficiency
The Greentek Profile P 1.2ED-EC is HVI certified and ENERGY STAR® qualified, which means it has demonstrated superior performance and energy efficiency. The energy recovery core is specifically designed to transfer both heat and moisture from incoming air to outgoing air that has been cooled and dried by the building's air conditioner.
Setup and Maintenance
Installation is facilitated by the detachable screw terminal, which allows easy connection with external access. Once installed, maintenance is simplified thanks to the washable electrostatic filters and the energy recovery core which is also washable. This means that you can keep your system in good working order without having to call in a professional for regular interventions.
Durability and Warranty
The Greentek Profile P 1.2ED-EC is built with quality materials and advanced technologies to ensure its durability. Plus, it's backed by a warranty that protects against defects in workmanship and materials. This gives you peace of mind that your investment is protected.
Conclusion
In conclusion, the Greentek Profile P 1.2ED-EC is an efficient and environmentally friendly energy recovery ventilator that provides continuous ventilation to improve the indoor air quality of your home. Its use of electronically commutated motors and energy harvesting technologies makes it an energy-efficient solution that can help reduce your carbon footprint while giving you the benefits of a well-ventilated home.