Carrier ZONEKIT4ZCAR ÐRound Flexible Duct Work, ÐInstall Barometric Bypass Damper

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S-LOCK

SUPPLY AIR DUCT

DRIVE ZONE DAMPER

Fig. 10ÐRectangular Metal Duct Work A92478

1 1/2 " TO 2"

INSULATION

A95131

Fig. 11ÐInsulated Rectangular Metal Duct Work

1/2 ″ STEEL STRAP

A95133

Fig. 13ÐInsulated Round Flexible Duct Work

FIBROUS

GLASS

FIELD

SUPPLIED

DUCTWORK

SCREWS

 

 

ZONE

 

DAMPER

2″ TO 3″

A92480

Fig. 14ÐRectangular Fibrous Glass Duct Work

1 1/2 ″ TO 2″

INSULATION

A95134

FLEXIBLE

ZONE

DUCT

DAMPER

Fig 12ÐRound Flexible Duct Work

A95132

Fig. 15ÐInsulated Rectangular Fibrous Glass Duct

Work

Step 5ÐInstall Barometric Bypass Damper

NOTE: The barometric bypass damper is a critical part of Comfort Zone System for control of minimum airflow and noise reduction. It is recommended that the bypass be installed.

The bypass should be installed according to local codes and SMACNA standards. Be sure bypass is properly supported.

For proper installation, refer to Installation Instructions packaged with barometric bypass.

2.Secure flexible duct to zone damper using SMACNA or other approved method.

3.Properly seal joint using duct tape, mastic, or other approved method. Do not allow mastic to come in contact with actuator.

4.Insulate damper using 1-1/2-in. to 2-in. insulation. (Check your local codes.)

NOTE: All zone dampers and duct work must be properly supported according to local codes or SMACNA standards.

RECTANGULAR FIBROUS GLASS DUCT WORK

1.Insert 1 end of zone damper into 1 end of fibrous glass duct work approximately 2- to 3-in. (See Fig. 14.)

2.Screw field-supplied screws and tabs into zone damper.

3.Properly seal joint using duct tape, mastic, or other approved method. Do not allow mastic to come in contact with actuator.

4.Insulate damper using 1-1/2-in. to 2-in. insulation. (Check your local codes.)

Failure to properly install bypass damper can cause perma- nent damage to the HVAC equipment. For single speed furnace applications bypass air must never exceed 25 percent.

Step 6ÐInstall Duct Temperature Sensor

Locate duct temperature sensor in main supply trunk after heating and cooling coil and before bypass damper and first branch. The duct temperature sensor must be radiant shielded to prevent heat from affecting correct air temperature.

1.Drill a 7/8-in. hole at location in unit where sensor will be installed.

2.Remove cover and insert sensor probe through 7/8-in. hole.

3.Drill two 1/16-in. holes to accept No. 6 screws through pre-drilled holes in duct temperature sensor back plate.

4.Use two No. 6 sheet metal screws included with sensor to mount duct temperature sensor back plate to unit.

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Contents ZONEKIT4ZCAR Shielded Cable ÐWiringÐCheck Equipment and Jobsite ÐInstall Comfort Zone Center ÐWiring RequirementsÐInstall Zone Dampers From MAX Comfort Zone Gage Length Wires Center toRectangular Metal Duct Work Round Metal Duct WorkRound Flexible Duct Work Damper Mounting BracketÐInstall Duct Temperature Sensor ÐInstall Barometric Bypass DamperÐRound Flexible Duct Work Rectangular Fibrous Glass Duct WorkÐInstall Four Zone Controller ÐInstall Dx Coil SensorÐInstall Remote Room Sensors or Smart Sensors Optional ÐSequence of OperationÐComfort Zone System Wiring Diagram PRE-POSITIONING Dampers and Starting the System FAN Sequence of Events for a Normal Heating or Cooling CycleSelection of a Reference Zone in the System Controlling the Zone Dampers ÐZone Damper Positions Damper Position Versus Zone DemandOperating the Heating and Cooling Equipment Control Strategy for Heating / Cooling StagesÐHeating System Option Vs. Type of Heater Used Configuration Options for Equipment OperationÐAvailable Heating and Cooling Stages Vs. System Type Relay Pack to Hvac Equipment ConnectionsHeating & Cooling Demand F Demand C Equipment Stages Ðhvac Equipment Stages Vs. Zone DemandStage Control During Equipment Operation Programmable OPTIONS-SETTINGS ÐProgrammable Options-SettingsÐConfiguring Four Zone Controller ÐWiring Diagrams ÐWiring Diagram Reference ForProgrammable OPTIONS-TOGGLES ÐStart-UpÐProgramming Schedules System SwitchesController Display ÐExample Weekly ScheduleZone Selector Dial Right AM Time Period PM Time Period WrongÐAccessories ÐTemperature Sensor CalibrationsHome Access Module Smart Sensor and Smart Sensor Power PackÐTroubleshooting Outside AIR Temperature SensorÐToggle Summary Toggle Setting OFF DefaultSymptom Possible Cause ÐOperating ProblemsSF Error Code Description Solution HF Error Code Description Solution ÐTypical Wiring Diagrams Fan Coil with Air Conditioner Comfort Zone Center Speed AIR Conditioner ÐTypical Wiring Diagrams Furnace with Air Conditioner A94037 ÐTypical Wiring Diagrams Furnace with Air Conditioner ÐTypical Wiring Diagrams Fan Coil with Heat Pump A94044 ÐTypical Wiring Diagram Furnace with Heat Pump ÐTypical Wiring Diagrams Furnace with Heat Pump ÐTypical Wiring Diagrams Furnace with Heat Pump Toggle Description Factory Record Default JOB Setting Comfort Zone Configuration TableSetting Rotary

ZONEKIT4ZCAR specifications

The Carrier ZONEKIT4ZCAR is an innovative zoning system designed to enhance the comfort and efficiency of heating and cooling in residential and commercial spaces. Its functionality allows users to customize temperature settings in different areas of a building, which is especially valuable in larger homes or multi-room facilities.

One of the standout features of the ZONEKIT4ZCAR is its integration with Carrier’s advanced HVAC technology. This zoning system utilizes dampers that control airflow, directing heated or cooled air to specific areas as needed. This ensures that every room is maintained at the desired temperature without wasting energy on unused spaces. The system can effectively manage up to four different zones simultaneously.

The ZONEKIT4ZCAR is equipped with smart technology compatibility, allowing seamless integration with smart home systems. Users can control their zoning settings through mobile applications, voice commands, or smart thermostats. This feature enhances user convenience, providing access to temperature adjustments from anywhere in the home. Additionally, the system can be programmed to follow user schedules, optimizing energy usage and potentially lowering energy bills.

Another key characteristic of the Carrier ZONEKIT4ZCAR is its reliability and durability. Carrier is a well-respected brand in the HVAC industry, associated with high-quality products that are built to last. The ZONEKIT4ZCAR reflects this commitment, featuring robust construction and materials that ensure longevity and consistent performance.

The installation process of the ZONEKIT4ZCAR is designed to be straightforward, making it an appealing choice for both professionals and DIY enthusiasts. It is compatible with various Carrier heating and cooling systems, allowing for easy upgrades or replacements in existing setups.

In terms of energy efficiency, the ZONEKIT4ZCAR caters to environmentally conscious users. By allowing precise control over the climate in specific areas, the system reduces overall energy consumption, thereby lowering carbon footprints.

Finally, the ZONEKIT4ZCAR provides exceptional comfort and control, making it a smart investment for anyone looking to improve their indoor climate experience. With its combination of cutting-edge technology, user-friendly features, and energy efficiency, the Carrier ZONEKIT4ZCAR stands out in the HVAC market as a reliable choice for modern zoning solutions.
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