Lifebreath 2500IFD Selecting the Correct Size HRV, Commercial and Institutional Requirements

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Selecting the Correct Size HRV

Commercial and Institutional Requirements

For outdoor air requirements, ASHRAE has produced the Ventilation Standard 62-1989 that is used to determine acceptable ventilation rates. This standard is referenced directly or used as “Good Engineering Practice” in most Code documents or design criteria.

Small restaurants, Donut Shops and Fast food stores

Bank

 

 

Seats

40

 

Customers

25

 

Employees

5

 

Staff

9

 

Total

45

 

Total

34

 

ASHRAE requirement

20 cfm (10L/s) per person

ASHRAE requirement

20 cfm (10L/s) per person

Ventilation required

45 x 20 = 900 cfm (450 L/s)

Ventilation required

34 x 20 = 680 cfm (320 L/s)

Bar or Tavern

 

 

Bingo Hall

 

 

Seats

50

 

Customers

180

 

Employees

7

 

Staff

20

 

Total

57

 

Total

200

 

ASHRAE requirement

30 cfm (15L/s) per person

ASHRAE requirement

30 cfm (15L/s) per person

Ventilation required

57 x 30 = 855 cfm (403 L/s)

Ventilation required

200 x 30 = 6000 cfm (3000 L/s)

Classroom and School Portables

Print Shop, Duplicating

 

Seats

29

 

Square footage of shop

2000 square ft (m2)

Teacher

1

 

 

 

Total

30

 

ASHRAE requirement

0.5 cfm/ft2 (2.5L/s - m2)

ASHRAE requirement

15 cfm (7.5L/s) per person

 

per person

 

 

Ventilation required

30 x 15 = 450 cfm (255 L/s)

Ventilation required

2000 x 0.5 = 1000 cfm (500 L/s)

Beauty Salon

 

Swimming Pools

Customers

12

Refer to “Pool” Models Installation Manuals.

Employees

6

 

Total

18

 

ASHRAE requirement

25 cfm (12.5L/s) per person

Ventilation required

18 x 25 = 450 cfm (255 L/s)

MAKE UP HEAT REQUIREMENT at 1200 CFM (566L/s)

 

 

Nominal

Nominal

Nominal

Outdoor Temp.

kW Req. for

kW Req. for

kW Req. for

20°C (68°F)

25°C (77°F)

30°C (86°F)

 

 

Air Delivery

Air Delivery

Air Delivery

 

 

 

 

 

0

32

7

10

14

-10

14

10

14

17

-20

-4

12

15

19

-30

-22

15

19

22

-40

-40

17

21

24

 

 

 

 

 

3

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Contents 2500IFD 2500EFD Operation Installation ManualIntroduction Table of ContentsCommercial and Institutional Requirements Selecting the Correct Size HRVAIR Flow WarrantyWeight Shipping WeightOptional Roof Curb Crank TimerDehumidistat Ventilation Control DVC DehumidistatOptional Curb Model 2500EFD400 425 450 Operation Instructions Installation TipsRemote Dehumidistat Optional Remote ControlsUser Adjustable Defrost Dehumidistat Ventilation ControlFan Defrost LocationMounting 2500IFD Platform mount not provided MountingFrame Assembly Roof Curb Assembly InstructionsDucting from Weatherhoods DrainsDuctwork System Outside WeatherhoodsFresh Air Supply System Stale Air Return SystemPitot Tube AIR Flow Balancing Commercial Electrical Connections MaintenanceHRV Unit Integrated Hvac SystemWiring Diagram Commercial Lifebreath Heat Recovery Ventilators McCormick Blvd. London, Ontario N5W 4C8
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2500IFD specifications

The Lifebreath 2500EFD and 2500IFD are advanced energy recovery ventilation units designed to enhance indoor air quality while maximizing energy efficiency. These systems are particularly beneficial for residential and commercial structures, offering a sustainable solution to manage indoor environments.

One of the standout features of the Lifebreath 2500 series is its Energy Recovery Ventilator (ERV) technology. This innovative system allows for the transfer of heat and moisture between the incoming and outgoing air streams. As a result, during winter months, the ERV preconditions the incoming cold air with the warmth of the outgoing air, helping to maintain a comfortable indoor temperature without excessive energy expenditure. Conversely, during summer, it helps to draw the humidity out of the incoming air, leading to a more comfortable living space.

The Lifebreath 2500EFD model is designed with a direct drive motor that operates quietly and efficiently, providing superior performance with minimal maintenance. The high-efficiency filter systems ensure that the air circulated indoors is free of dust, pollen, and other airborne contaminants, significantly improving the overall air quality. Both models also incorporate a digital control system, allowing for precise adjustments and easy monitoring of indoor air parameters.

Another significant characteristic of the Lifebreath 2500IFD is its integrated filtration technology. It features MERV 8 filters that capture fine particles, effectively reducing allergens and improving health for occupants. The unit runs quietly, ensuring that it does not disrupt daily activities while providing constant ventilation.

The Lifebreath units are also built with durability in mind. Constructed from robust materials, they are designed to withstand various environmental conditions while ensuring longevity. The compact design makes them suitable for both new constructions and retrofitting existing spaces, making them versatile solutions for improving ventilation in diverse building types.

In summary, the Lifebreath 2500EFD and 2500IFD systems combine advanced energy recovery technology with efficient air filtration, quiet operation, and a user-friendly control system. By prioritizing indoor air quality and energy efficiency, these ventilation units are essential tools for creating healthier, more comfortable living and working environments.