SERVICE/MAINTENANCE

Servicing your HRV/ERV on a regular schedule will result in optimum operating efficiencies and prolonged life of the equipment.

Due to numerous applications in which this equipment can be installed, it is difficult to predict servicing intervals. In certain situations where there is heavy smoke, servicing the equipment every one - two months may be needed; whereas ventilating a meeting room for example for carbon dioxide may only need service every six months to a year.

MOTOR

Access to the motor is through the front service doors. Note heat exchanger core can be removed to provide more room. See CORE in this section.

The motor is a permanent split capacitor type (PSC) which uses a sleeve mechanism to steady the shaft. There is an oil wick beside the sleeve which supplies oil to it on a continuous basis.

If the motor does not have oil tubes, no maintenance is required.

Access to the wick is through oil tubes, (two per motor) located in the motor case itself. These oil tubes are either capped with yellow plugs, (which need to be removed for oiling) or have clear tubes protruding from them.

In either case an oiling device such as an “Oil Telespout” filled with 20 S.A.E. non-detergent electric motor oil should be used to put oil inside the tubes. A couple of drops of oil once a year will do.

DO NOT OVER OIL!

HRV CORE (HRV only)

The heat exchange core is accessible through the front service door. Special care and attention should be given to this component as the edges may be

sharp, and the core itself susceptible to damage if dropped.

When removing the core, the location it is removed from should be noted.

The core is removed by carefully pulling the core outward from the unit, sliding it evenly along its “H channel” supports found in each corner of the core. Note the core may have some resistance when sliding out. Avoid tilting the core as this will result in its edges catching the H channel and temporarily preventing its removal.

In most cases, washing the core in a mild detergent and warm water will be all that is needed to completely clean them. Do not use harsh chemicals as this may cause corrosion in the HRV. The time between core service will depend on the application the HRV has been installed in. It can be as often as one - two months or at the very least, cleaned every six months. When reinstalling the core you must note foam location and drip edge location for proper core placement.

See diagram below.

ERV CORE (ERV only)

Remove core and vacuum or use low pressurized air to clean core. Do not wash or submerse in water.

With the core in its proper position, place the bottom flange, (approximately 1/4”) into its H channel support, then place the left side, the right side and finally the top flange into place in the same fashion. Once all four corners are in place, push the core evenly into the cabinet until it reaches the back. Be sure the drip edges are overlapping the drip trays.

Note the core will protrude slightly out from the front of the cabinet, this is so the access door, when closed, ensures a tight fit.

 

 

 

FRONT VIEW

 

 

 

 

Models 700, 1200

Model 850

 

Model 500

FILTER

 

 

 

FILTER

SINGLE DRIP

FILTER

 

 

 

 

EDGE CORE

 

 

 

 

 

 

 

DOUBLE

 

SINGLE

DOUBLE

 

 

 

 

DRIP EDGE

 

DRIP EDGE

DRIP EDGE

 

 

 

 

CORE

DOUBLE

CORE

CORE

DOUBLE

 

 

 

 

DRIP

 

 

DRIP

 

 

 

FILTER

EDGES

 

 

EDGES

 

 

 

FILTER

 

 

 

FILTER

 

 

 

 

 

 

 

 

 

 

 

 

 

LEFT DRIP

DRAIN

RIGHT DRIP

 

 

 

 

 

PAN

DRAIN PANS (not on all models)

 

DRAIN PANS (not on all models)

EDGE

 

EDGE

 

 

 

 

Note location and arrangement of cores and filters when removing.

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Lifebreath 1200FD/DD, 850FD/DD, 500ERV, 1200ERV, 700FD/DD, 700ERV, 500DCS specifications Service/Maintenance

700ERV, 700FD/DD, 1200ERV, 500DCS, 1200FD/DD specifications

Lifebreath offers a range of residential ventilation solutions designed to ensure optimal indoor air quality with the Lifebreath 1200FD/DD, 500ERV, 850FD/DD, 700FD/DD, and 500DCS models. These systems are engineered for energy efficiency, user comfort, and advanced air management technologies.

The Lifebreath 1200FD/DD is a robust energy recovery ventilator suitable for larger homes. Its main feature is the dual-core technology that maximizes heat and energy recovery while ensuring fresh air supply. The built-in filter system removes airborne pollutants, enhancing indoor air quality. Users can enjoy a balanced airflow with an easy-to-use control interface, making it ideal for modern living.

The Lifebreath 500ERV is designed for smaller spaces, offering energy recovery ventilation with a compact footprint. Its efficient design extracts stale air while simultaneously introducing filtered fresh air. The ERV technology helps manage humidity levels, providing a stable indoor environment, particularly beneficial in varying climates. This model emphasizes quiet operation, ensuring minimal disruption in residential areas.

The Lifebreath 850FD/DD combines versatility and efficiency, featuring flexible ducting options and a powerful fan system. Its dual-core structure allows improved heat recovery, promoting energy conservation. This model is ideal for medium-sized homes where balancing airflow is crucial for comfort.

Next, the Lifebreath 700FD/DD stands out for its advanced filtration and heat recovery capabilities. This unit is equipped with a high-efficiency filter that captures a wide range of airborne particles, ensuring the air quality meets modern health standards. Its sleek design and quiet operation make it a popular choice among homeowners.

Finally, the Lifebreath 500DCS model is tailored for decentralized ventilation needs. It features a compact design that can be installed in various settings, allowing for flexibility in air management. The DCS technology ensures optimal performance with minimal energy consumption, making it an eco-friendly choice.

Overall, Lifebreath offers innovative solutions that cater to diverse residential ventilation needs. The integration of advanced technologies across their models ensures optimal air quality, energy efficiency, and user comfort, making them an excellent choice for health-conscious homeowners.