Furnace Doctors: Expert Auburn WA Evaporator Coil Services

Evaporator Coil Models & Features: EAD4X, ENH4X And More

Performance evaporator coil model EAD4X designed for efficient air conditioning systems, showcased in a clean, minimalistic setting.
EAD4X

Performance Evaporator Coil

Match your outdoor unit with this evaporator coil that’s designed with an A shape for an efficient compact design and upflow/downflow applications.

Cased evaporator coil designed for efficient heat transfer in HVAC systems, featuring a compact design suitable for upflow/downflow applications, relevant to Furnace Doctors' services in Auburn, WA.
ENH4X

Performance Evaporator Coil

Get efficient heat transfer in a compact size with this cased N-shaped evaporator coil designed for horizontal applications.

Performance evaporator coil in a multi-position A design, suitable for air conditioning systems, highlighting efficient heat transfer and compatibility with matched outdoor units.
EAM4X

Performance Evaporator Coil

This multi-position A coil design supports a matched air conditioner or heat pump to help you get the most home comfort and energy efficiency.

Performance evaporator coil EHD4X designed for horizontal left or right airflow, showcasing compact slab design for efficient HVAC applications.
EHD4X

Performance Evaporator Coil

Match your outdoor unit with an evaporator coil with a slab design for horizontal left or right airflow.

N-shaped evaporator coil designed for vertical upflow/downflow applications, showcasing compact and efficient heat transfer features, relevant to HVAC systems maintenance.
ENA4X

Performance Evaporator Coil

Get efficient heat transfer in a compact size with this uncased N-shaped evaporator coil with a vertical upflow/downflow design.

Cased N-shaped evaporator coil designed for vertical upflow/downflow applications, showcasing efficient heat transfer for HVAC systems.
END4X

Performance Evaporator Coil

Get efficient heat transfer in a compact size with this cased N-shaped evaporator coil with a vertical upflow/downflow design.