Lifebreath RNC95 Air Flow Balancing Pitot Tube and Gauge, Duct, Pitot Tube Air Flow Balancing Kit

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Air Flow Balancing

Pitot Tube and Gauge

DUCT

AIR

FLOW

Pitot tube

Magnehelic gauge

High Pressure Side

MAGNEHELIC

Low Pressure Side

Pitot Tube Air Flow Balancing Kit

Part No. 99-167

1 - magnehelic gauge

1 - Pitot Tube and hose

1 - Carry Case

ATTENTION

Apply use of balancing dampers as required.

NOTE

Graphic is for illustrative purposes only. Duct connection ports may vary.

Placement of Pitot Tube HRV

Place pitot tube a minimum of 18" from blower or elbows

Outdoors

Pitot

tube

Magnehelic

gauge

MAGNEHELIC

Note: Duct connections may vary,

Additional dampers

Magnehelic

gauge

depending on model.

may be required

 

MAGNEHELIC

Pitot tube

Balancing Collar Instructions

Often the “Fresh Air to House” ducting will have the heaviest air flow which must be dampered down. A Balancing Damper is located in the “Fresh Air to House” collar. The Balancing Collar feature is not available on all models.

Hard/Rigid

ducting

Push and turn with slotted screwdriver. Damper

automatically locks when

pressure is released.

Insulated flexible

ducting

Installations where the HRV is ducted directly to the return of a furnace may require additional dampening on the fresh air to building duct.

This is due to the high return static pressures found in some furnace installations.

1/2”

When connecting ductwork to the collar, take note where screws are located. Screws should be located no further

than 1/2” from outside edge of collar, so as not to impede operation of the damper.

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Contents RNC Series Introduction Table of ContentsRNC Electronics Engineering Data HRV Model RNC95 Dimensions RNC95RNC95 Air Flow Variable Port Location / Installation Model RNC95 onlyEngineering Data HRV Model RNC155 Dimensions RNC155Engineering Data HRV Model RNC200 Dimensions RNC200Engineering Data HRV Model RNC10 DimensionsRNC10 RNC20 Engineering Data HRV Model RNC20RNC5-TPD Engineering Data HRV Model RNC5-TPDRNC120D Engineering Data HRV Model RNC120DOption 1 Horizontal Duct Configuration Dimensions inches ON/OFF Switch Remote Control Devices Optional Main Control FeaturesOptional Timers Minute TimerLocating and Suspending the HRV Location Selection Suspending the HRV using Provided Hanging StrapsSuspending the HRV Suspending the RNC120D Horizontal InstallationTrap HRV only Drain Connections Drain Connection HRV OnlySimplified Installations Installation Methods Three Methods of InstallationPartially Dedicated Installations Fully Dedicated InstallationsFour Port Models Simplified Installation Return/Return MethodInstallation manual Partially Dedicated InstallationFour Port Models Models RNC155/RNC200 Fully Dedicated InstallationGrilles and Weatherhoods Weatherhood InstallationLifebreath Kitchen Grille Lifebreath TechgrilleElectrical Remote Control ConnectionsChanging OFF to Standby Increasing Low Speed to Medium LowGreen LED Digital Electronic Timer DETFactory Setting Option Defrost Cycle DIP Switch Settings Increasing the Run TimeDamper Defrost 5 port models OFF DFR3Air Flow Balancing Balancing ProcedurePrior to balancing, ensure that Duct Air Flow Balancing Pitot Tube and GaugePitot Tube Air Flow Balancing Kit Balancing Collar InstructionsStep ProcedureMagnehelic Door Port Balancing Kit Stale AirInterlocking HRV Operation to an Airhandler/Furnace Blower Defrost Details Wiring Diagrams Model RNC5-TPDWiring Diagrams RNC120D HRV Control Box RNC3 Wiring Diagrams RNC95/RNC10/RNC20/RNC155/RNC200Troubleshooting Symptom Cause Solution HRV Page

RNC155, RNC20, RNC95, RNC120D, RNC10 specifications

Lifebreath is renowned for its commitment to providing high-quality air ventilation products that enhance indoor air quality. Among its popular models are the RNC95, RNC5-TPD, RNC155, RNC10, and RNC200, each offering unique features and technologies tailored to different ventilation needs.

The Lifebreath RNC95 is known for its efficient performance, featuring a high-efficiency heat exchanger that recovers up to 95% of the energy from outgoing air. This model is perfect for residential use, where energy efficiency is paramount. The compact design allows for easy installation, and it is equipped with advanced controls that enable smart operation, ensuring optimal air quality with minimal energy consumption.

On the other hand, the RNC5-TPD is designed for tight spaces without compromising on performance. It provides a versatile solution with a variable speed motor that adjusts airflow to match the specific requirements of the environment. This model also features a quick-change filter system, making maintenance a breeze. Its energy recovery capabilities help reduce heating and cooling costs, appealing to eco-conscious consumers.

The RNC155 stands out due to its robust capacity, catering to larger living spaces or commercial environments. This unit integrates advanced airflow management technology, allowing users to balance air distribution effectively throughout the building. The unit's energy-efficient operation is complemented by integrated controls that can be programmed for optimal performance based on occupancy and air quality levels.

The RNC10 offers a budget-friendly option while maintaining effective ventilation. It is compact and lightweight, making it ideal for smaller rooms or apartments. Despite its size, it features a reliable heat recovery system that significantly lowers energy costs and enhances comfort.

Finally, the RNC200 is a powerhouse model designed for larger commercial spaces. It boasts an impressive airflow capacity, making it suitable for demanding environments. This unit includes sophisticated monitoring systems that provide real-time data on air quality and system performance, ensuring that the air remains fresh and healthy. Additionally, its customizable setup allows for integration with other HVAC systems, further enhancing its functionality.

In summary, Lifebreath models like RNC95, RNC5-TPD, RNC155, RNC10, and RNC200 exemplify cutting-edge ventilation technology. Their distinct features cater to various needs, from residential to commercial applications, ensuring that users enjoy optimal indoor air quality while minimizing energy expenditure.