Lifebreath TFP2000 TFP Independent Installation No HRV, Radiant Heating System, Annual CHECK-UP

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TYPE 3 INSTALLATION

TFP Independent Installation

No HRV, Radiant Heating System

LOCATION

Type 3 Installation

1.A TFP is usually installed in a basement area where air flow noise will be negligible to the occu- pants.

2.A central location between the clean air supply grille and return grille is recommended.

MOUNTING

Refer to “Mounting” under Type 2 Installations.

Return Grille

High wall

or floor grille optional

1st or 2nd

STORY

Clean air supply

High wall or floor grille optional

DUCTING

1.Install (2) 6” oval port collars (provided) on TFP cabinet with (8)8/32” X 3/8” sheet metal screws provided (Fig.4).

2.Ducting will usually consist of one return with grille from one side of the home, and one supply with grille at the opposite end of the home (Fig. 4).

3.Ductwork should be no smaller than the size of the port collars (6”) on the TFP.

4.Ductwork should be kept as short and straight as possible to allow for good air circulation.

NOTE: For installations of more than one return or supply (greater than .5 e.s.p.) , it is often necessary to add an inline fan to the system as a booster.

FLOOR JOIST (Header)

Hanging

straps (2)

Access door

TFP

6" port collars

Ducting

not included

BASEMENT

Figure 4

OPERATING INSTRUCTIONS AND ANNUAL CHECK-UP

OPERATING INSTRUCTIONS

A lighted ON/OFF switch indicates that the unit is operating. It is recommended the unit run continuously to provide the full benefits of particulate removal from your home.

ANNUAL CHECK-UP

As each home has differences of size, occupancy, loca- tion, infiltration rates and homeowner needs, it is hard to estimate when the collectors will need to be changed.

Because of the way air moves through the TFP, the collectors are divided into 3 separate sections. Collectors 1 & 2, then 3 & 4 and then 5 & 6. Collectors 1 & 2 will need to be replaced before the others, then 3 & 4 and so on. You may want to change 1 & 2 again before 3 & 4 or 5 & 6.

The collectors will slide out. Some discolouration of the collector medium can be expected and when loose dust falls from the collector, it is time to replace it.

Turn the TFP, furnace fan and HRV off. Open the door and slide out the collectors to check buildup and do an annual inspection of overall unit. Before replacing any collectors, vacuum any dust inside the cabinet or sur- rounding area. When replacing the collectors, make sure the pleats are horizontal when sliding collec- tors back into the TFP. Close the door and restart TFP, furnace and HRV fan.

When your TFP is installed with a forced air heating system you are still required to use the recommended furnace filter. This may be a good time to inspect this filter as well.

When new collectors are required, call your Lifebreath dealer.

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Contents Materials Supplied ElectricalType 1 Installation TFP Directly Connected to Forced Air Heating SystemRound port bent to oval Positioned on plenum to allow clearanceTFP Connected to Heat Recovery Ventilator Type 2 InstallationLocation MountingTFP Independent Installation No HRV, Radiant Heating System Type 3 InstallationRefer to Mounting under Type 2 Installations Operating Instructions

TFP2000, TFPC2000 specifications

The Lifebreath TFP2000 and TFPC2000 are advanced heat and energy recovery ventilators designed to improve indoor air quality while maximizing energy efficiency. These units are particularly beneficial for homes and buildings where fresh air circulation and temperature control are vital.

One of the main features of the Lifebreath TFP2000 and TFPC2000 is their ability to provide balanced ventilation. By simultaneously exhausting stale indoor air and bringing in fresh outdoor air, these systems ensure that the air within the building is continuously refreshed. This process helps to reduce common indoor air pollutants, allergens, and humidity, leading to a healthier living environment.

Both models utilize a high-efficiency heat exchanger, which is instrumental in transferring heat from the outgoing air to the incoming air. This energy recovery process significantly reduces heating and cooling demands, allowing users to save on energy costs. The TFP2000 and TFPC2000 can efficiently transfer up to 80% of the heat energy, making them exceptionally effective in maintaining comfortable indoor temperatures.

The Lifebreath systems are equipped with advanced filtration technology. The high-efficiency particulate air (HEPA) filters trap particulates such as dust, pollen, and mold spores. This feature is crucial for individuals with allergies or respiratory issues, as it ensures that the air they breathe is clean and free from harmful contaminants.

Another notable characteristic is their quiet operation. Both the TFP2000 and TFPC2000 are designed with sound-dampening features that minimize noise during the ventilation process. This ensures that users can enjoy a comfortable living space without disruptive sounds, making these units suitable for residential settings.

Installation is straightforward, as both models come with pre-assembled components and user-friendly guidelines. They can be incorporated into various HVAC systems, allowing flexibility in design and usage. Additionally, both units are compact, making them ideal for homes with limited space.

In conclusion, the Lifebreath TFP2000 and TFPC2000 offer a comprehensive solution for indoor air quality management. With their advanced heat recovery capabilities, high-efficiency filtration, and quiet operation, they present an effective way to keep indoor environments healthy while optimizing energy use. Their blend of innovation and practicality makes them a valuable addition to any home or building looking to enhance air quality and energy efficiency.