Lenox Elite Series X16 Air Conditioner Units, 506637-01 Flushing Line Set and Indoor Coil

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C Disconnect the equalizer line from the check expansion valve equalizer line fitting on the vapor line.
D Remove the vapor line sensing bulb.
E Disconnect the liquid line from the check expansion valve at the liquid line assembly.
F Disconnect the check expansion valve from the liquid line orifice housing. Take care not to twist or damage distributor tubes during this process.
G Remove and discard check expansion valve and the two Teflon® rings.
B Remove any shipping clamps holding the liquid line and distributor assembly.

Flushing Line Set and Indoor Coil

TYPICAL EXISTING FIXED ORIFICE

TYPICAL EXISTING EXPANSION VALVE REMOVAL

REMOVAL PROCEDURE (UNCASED

OR 1BPROCEDURE (UNCASED COIL SHOWN)

1A COIL SHOWN)

 

 

STUB END

 

DISTRIBUTOR TUBES

TWO PIECE PATCH PLATE

LIQUID LINE

CHECK

(UNCASED COIL ONLY)

 

ORIFICE

EXPANSION

LIQUID LINE ORIFICE HOUSING

 

DISTRIBUTOR

HOUSING

VALVE

 

 

 

TEFLON® RING

TUBES

 

TEFLON®

 

 

RING

FIXED ORIFICE

 

 

 

BRASS NUT

DISTRIBUTOR ASSEMBLY

REMOVE AND DISCARD

WHITE TEFLON® SEAL

(IF PRESENT) LIQUID LINE ASSEMBLY (INCLUDES STRAINER)

AOn fully cased coils, remove the coil access and plumbing panels.

BRemove any shipping clamps holding the liquid line and distributor as- sembly.

CUsing two wrenches, disconnect liquid line from liquid line orifice hous- ing. Take care not to twist or damage distributor tubes during this pro- cess.

TEFLON®

RINGSENSING

LINE

DISTRIBUTOR EQUALIZER

ASSEMBLY LINE

LIQUID LINE

ASSEMBLY WITH

BRASS NUT

MALE EQUALIZER

 

 

LINE FITTING

VAPOR

 

 

LIQUID

SENSING BULB

LINE

LINE

 

 

 

D Remove and discard fixed orifice, valve stem assembly if present and A On fully cased coils, remove the coil access and plumbing panels. Teflon® washer as illustrated above.

E Use a field−provided fitting to temporary reconnect the liquid line to the indoor unit’s liquid line orifice housing.

2CONNECT GAUGES AND EQUIPMENT FOR FLUSHING PROCEDURE

INVERTED HCFC−22

GAUGE

CYLINDER CONTAINS

MANIFOLD

CLEAN HCFC−22 TO BE

 

A USED FOR FLUSHING.

 

1

LOW

HIGH

VAPOR LINE

NEW

SERVICE VALVE

OUTDOOR

 

UNIT

OPENED CLOSED

EXISTING

INDOOR

UNITB

LIQUID LINE SERVICE

VALVE

 

 

 

TANK

 

 

 

RETURN

 

VAPOR LIQUID

C

DISCHARGE

D

 

 

INLET

RECOVERY

 

 

 

CYLINDER

 

 

 

 

 

 

RECOVERY MACHINE

HUse a field−provided fitting to temporary reconnect the liquid line to the indoor unit’s liquid line orifice housing.

3FLUSHING LINE SET

The line set and indoor unit coil must be flushed with at least the same amount of clean refrigerant that previously charged the system. Check the charge in the flushing cylinder before proceeding.

ASet the recovery machine for liquid recovery and start the recovery machine. Open the gauge set valves to allow the recovery machine to pull a vacuum on the existing system line set and indoor unit coil.

BInvert the cylinder of clean HCFC−22 and open its valve to allow liquid refrigerant to flow into the system through the vapor line valve. Allow the refrigerant to pass from the cylinder and through the line set and the indoor unit coil before it enters the recovery machine.

AInverted HCFC−22 cylinder with clean refrigerant to the vapor service valve.

BHCFC−22 gauge set (low side) to the liquid line valve.

CHCFC−22 gauge set center port to inlet on the recovery machine with an empty recovery tank to the gauge set.

DConnect recovery tank to recovery machines per machine instructions.

CAfter all of the liquid refrigerant has been recovered, switch the recovery machine to vapor recovery so that all of the HCFC−22 vapor is recovered. Allow the recovery machine to pull down to 0 the system.

DClose the valve on the inverted HCFC−22 drum and the gauge set valves. Pump the remaining refrigerant out of the recovery machine and turn the machine off.

Figure 9. Installing Indoor Expansion Valve

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XC16 SERIES

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Contents AIR Conditioner Table of ContentsGeneral Shipping and Packing ListTOP View Unit Dimensions − Inches mmModel Number Identification XXX 230 Side ViewPlumbing and Switches Components Typical Unit Parts ArrangementControl Panel Torque Requirements Operating Gauge Set and Service ValvesUsing Manifold Gauge SET Operating Service ValvesReinstall Stem Cap Operating Angle Type Service ValveOperating Ball Type Service Valve To Access Service Port2CONNECT Manifold Gauge SET Recovering Refrigerant from Existing SystemRefrigerant from System 1DISCONNECT Power Recovering RefrigerantPlacing Unit on Slab New Outdoor Unit PlacementClearance on ALL Sides Positioning ConsiderationsPlacement, Slab Mounting and Stabilizing Unit Detail a Outside Unit PlacementLouvered Panel Removal Removing and Installing PanelsLouvered Panel Installation Roof MountingNew or Replacement Line Set Refrigerant Line SETRefrigerant Line Set Refrigerant Line SET Alling Horizontal Runs Refrigerant Line SET From Vertical to HorizontalBrazing Connections 1CUT and Debur Brazing Procedures7PREPARATION for Next Step Wrap Service ValvesFlow Nitrogen 6BRAZE Line SETFlushing Line Set and Indoor Coil Installing Indoor Expansion ValveEqualizer Line Installation Installing Indoor Metering DeviceIndoor Expansion Valve Installation Sensing Bulb InstallationLeak Test Leak Test Line Set and Indoor CoilEvacuating System Evacuating Line Set and Indoor Coil24VAC Transformer Size Circuit and Install Disconnect2INSTALL Thermostat ElectricalTypical Unit Wiring Diagram Unit Start−Up Servicing Units Delivered Void of ChargeRequirements Connections for Testing and ChargingWhen to CHARGE? System RefrigerantChecking AIR Flow AT Indoor Coil Weigh in Charging MethodCalculating System Charge for Outdoor Unit Void of Charge Below AboveTWO−STAGE Compressor System OperationIndoor Coil MaintenanceUnit Components Indoor UnitHomeowner Outdoor Unit FAN Motor Start−Up and Performance ChecklistTemperature Compressor

Elite Series X16 Air Conditioner Units, 506637-01 specifications

The Lenox 506637-01, Elite Series X16 Air Conditioner is a top-tier cooling solution that stands out in the residential HVAC market. Known for its impressive energy efficiency and advanced features, this unit is designed to provide homeowners with exceptional comfort while also keeping energy bills in check.

One of the main highlights of the Elite Series X16 is its SEER rating, which stands at an impressive 16. This makes it one of the most energy-efficient air conditioning systems available, ensuring that it operates effectively without consuming excessive power. By converting less energy into cooling, homeowners can enjoy lower utility bills and a reduced carbon footprint.

The X16 model features a two-stage cooling system, which allows for better humidity control and more even temperature distribution throughout the home. Unlike standard single-stage units that operate at full capacity at all times, the two-stage system enables the air conditioner to run at a lower, more efficient speed for the majority of its operation, only ramping up when additional cooling is needed. This not only enhances comfort but also extends the lifespan of the unit.

Incorporating advanced technology, the Elite Series X16 utilizes a high-efficiency scroll compressor and innovative airflow design. This results in quieter operation, providing a peaceful indoor environment. The noise levels are minimal, making it suitable for nighttime use or for homes where noise might be a concern.

The air conditioner is built with durability in mind, featuring a robust cabinet that protects against the elements and potential wear and tear over time. Its louvered design provides additional protection for critical components, ensuring longevity and consistent performance.

Furthermore, the X16 is compatible with smart thermostats and home automation systems, allowing homeowners to optimize their cooling schedules remotely. This connectivity helps users make informed decisions about energy usage, further enhancing efficiency while providing ultimate control over home comfort.

In summary, the Lenox 506637-01, Elite Series X16 Air Conditioner provides an excellent blend of energy efficiency, advanced technology, and a focus on comfort and durability. With its two-stage cooling system, high SEER rating, and quiet operation, it is an ideal choice for those seeking a reliable, high-performance cooling solution for their homes.