Typical Factory Wiring Interlink Compressor | Lenox 50677201

Figure 17. Typical Factory Wiring (Interlink Compressor)

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Lenox 50677201, Elite Series XP14 Units HEAT PUMPS installation instructions Typical Factory Wiring Interlink Compressor

Contents

Shipping and Packing List Table of ContentsGeneral Side View Unit Dimensions Inches mmModel Number Identification 14 −036 − 230 − TOP View Typical Unit Parts Arrangement PLUMBING, Switches Sensor ComponentsControl Panel Operating Gauge Set and Service Valves Caps and Fasteners Torque Requirements 11 12 3RECOVERING Refrigerant Recovering Refrigerant from Existing System1DISCONNECT Power Method Method 2 Limitations New Outdoor Unit Placement Elevated Slab Mounting Detail a Outside Unit PlacementUsing Feet Extenders Detail D Slab Side Mounting Louvered Panel Installation Removing and Installing PanelsLouvered Panel Removal Line Set Requirements NEW or Replacement Line SET InstallationUsing Existing Line SET Adding Polyol Ester OIL Requirements Refrigerant Line SET From Vertical to Horizontal Refrigerant Line SET Alling Horizontal Runs Brazing Connections 1CUT and Debur 2CAP and Core Removal 6BRAZE Line SET Wrap Service ValvesFlow Nitrogen Preparation for Next Step 2CONNECT Gauges and Equipment for Flushing Procedure Sensing Bulb Installation Installing New Indoor Metering DeviceIndoor Expansion Valve Installation Equalizer Line Installation Manifold Gauge Set Connections for Leak Testing Leak Test Line Set and Indoor Coil Evacuating Line Set and Indoor Coil Evacuating Line Set and Indoor Coil Electrical Size Circuit and Install Disconnect2INSTALL Thermostat 24VAC Transformer Typical Unit Wiring Diagram Typical Factory Wiring Copeland Compressor Typical Factory Wiring Interlink Compressor Leak CHECK, Repair and Evacuate Unit Start−UpUnit START−UP Connect Manifold Gauge SET and WEIGH−IN Charge Calculating System Charge for Outdoor Unit Void of Charge Connections for Optimizing System ChargeRefrigerant Charge per Line Set Length Temperature rise F Adjusting Indoor AirflowOptimizing Procedure Optimizing System Refrigerant Charge SATº LIQº SCº = Normal Operating Pressures − Liquid +10 and Vapor +5 Psig CBX32MV−018/024 CX34−31 Defrost System Defrost Control CMC1 Dealer MaintenanceDefrost Control CMC1 Diagnostic LED Homeowner XP14 Series Job Name Job no Date Job Location City Start−Up and Performance ChecklistInstaller City Sequence of Operation Thermostat