Carrier

Product DescriptionThe Carrier 50VR400128 is a crucial evaporator coil assembly that features aluminum fins for improved performance. This part serves as a replacement for various models from Carrier, Bryant, and Payne. It is essential for maintaining the efficiency of HVAC systems. The assembly is...

Product DescriptionThe Carrier 50VR400129 is an evaporator coil assembly designed to enhance the performance of HVAC systems. This component is suitable for various Carrier, Bryant, and Payne models, serving as a replacement part. It is important to check model and serial numbers for compatibility...

Product DescriptionThe Carrier 50VR400130 is a coil assembly specifically designed for condenser units. This essential component functions as a replacement part for various Carrier, Bryant, and Payne models. The assembly is identified as a formed coil assembly (LF)(AL), ensuring compatibility and reliability in air...

Product DescriptionThe Carrier 50VR400135 is designed as an evaporator coil assembly. It utilizes aluminum fins and is compatible with various Carrier, Bryant, and Payne HVAC systems. This component is critical for heat exchange during the cooling process, as it absorbs heat from the air...

Product DescriptionThe Carrier 50VR400147 is a replacement evaporator coil assembly designed for use in various Carrier, Bryant, and Payne HVAC systems. This component features a tin plated finish, ensuring durability and reliability in cooling performance. Compatible with selected Carrier, Bryant, and Payne models Tin...

Product DescriptionThe Carrier 50VR400152 is a control harness assembly used in HVAC systems. This component acts as a vital replacement part for various Carrier, Bryant, and Payne models. It plays a key role in ensuring proper electrical connections and signal transmission within the control...

Product DescriptionThe Carrier 50VR400174 is a coil assembly designed for use in various Carrier, Bryant, and Payne models. This component features a formed coil assembly made from aluminum and copper, ensuring efficient heat exchange. Verify compatibility with your unit before ordering. Coil assembly condenser...

Product DescriptionThe Carrier 50VR400214 is a coil assembly condenser made from formed aluminum and copper. This replacement part is intended for use in multiple Carrier, Bryant, and Payne models. The robust design ensures reliable performance in HVAC systems. Coil assembly condenser Constructed from aluminum...

Product DescriptionThe CARRIER 50VR400224 is an OEM coil assembly designed for Carrier HVAC equipment. This coil assembly improves heat exchange efficiency, enhancing the overall performance of HVAC systems. Built with durable materials, the 50VR400224 is crucial for maintaining the functionality of Carrier heating and...

Product DescriptionThe Carrier 50VR400232 is a coil assembly designed for use in various HVAC systems. This assembly is made with formed right aluminum and copper, ensuring durability and reliability as a replacement part. It fits multiple models from Carrier, Bryant, and Payne. Part type:...

Product DescriptionThe Carrier 50VR400239 is a rear louver panel assembly that measures twenty-two inches. This component is compatible with various Carrier, Bryant, and Payne models, making it a versatile choice for your HVAC repair and maintenance needs. It serves as an essential part in...

Product DescriptionThe Carrier 50VR400240 is a panel assembly designed specifically for compressor units. This part functions as a replacement for other Carrier, Bryant, and Payne models. It includes a louvered panel that measures twenty-two inches. Replacement panel assembly for compressor units Includes one twenty-two...

Product DescriptionThe Carrier 50VR400241 is a panel assembly designed for power entry applications, featuring a louvered design. This assembly measures twenty-two inches in length and serves as a direct replacement part for various models from Carrier, Bryant, and Payne. Part type: Panel assembly Functionality:...

Product DescriptionThe Carrier 50VR400242 is a front louver panel assembly designed for specific models from Carrier, Bryant, and Payne. This panel measures twenty-two inches and acts as a critical component for the unit's exterior. Part Type: Front Louver Panel Assembly Size: Twenty-two inches Compatibility:...

Product DescriptionThe Carrier 50VT400004 is a condenser coil that utilizes aluminum and copper materials. This part functions as a replacement for existing coils in a variety of HVAC systems. It is suitable for use in Carrier, Bryant, and Payne models, ensuring compatibility across these...

Product DescriptionThe Carrier 50VT400006 is a condenser coil made from aluminum and copper. This product is essential in various Carrier, Bryant, and Payne air conditioning systems. Its main role is to act as a heat exchanger, efficiently transferring heat from the refrigerant to the...

Product DescriptionThe Carrier 50VT400023 is a condenser coil made from aluminum and copper. It is meant for use in specific Carrier HVAC systems. This component plays a critical role in heat transfer, a vital process for the efficient performance of your air conditioning unit....

Product DescriptionThe Carrier 50VT400054 is an evaporator coil specifically made for HVAC systems. This evaporator coil is built with aluminum and copper materials to enhance heat transfer efficiency. It is designed to function as a replacement part for various models from Carrier, Bryant, and...

Product DescriptionThe CARRIER 50VT400058 is an aluminum and copper condenser coil. It acts as a replacement for various select models from Carrier, Bryant, and Payne. The part number for this item is 50VT400058, ensuring compatibility with applicable systems. Type: Condenser Coil Material: Aluminum and...

Product Description The CARRIER 50VT400060 Coil.Cond Al/Cu is an OEM original replacement part. This coil is suitable for use in various Carrier, Bryant, and Payne HVAC models. It effectively replaces the part number 50VT400060, supporting optimal system performance. Replacement for Carrier, Bryant, and Payne...