Mitsubishi PEAD-A15AA9 15,000 BTU Slim-Duct Concealed Ducted Indoor Unit

The Mitsubishi PEAD-A15AA9 is a 15,000 BTU slim-duct concealed ducted indoor unit designed to deliver efficient, discreet heating and cooling for residential and light commercial applications. Part of Mitsubishi’s M-Series slim-duct lineup, this low-profile unit installs above ceilings or within soffits to provide quiet, balanced airflow through short duct runs while keeping equipment hidden from view. It is an ideal solution for spaces where a traditional wall-mounted unit is not desired but zoned comfort and efficiency are still required.

Engineered for flexibility and performance, the PEAD-A15AA9 offers adjustable static pressure, multi-speed airflow, and advanced control compatibility for precise temperature management. When paired with a compatible Mitsubishi outdoor unit, it provides reliable year-round heat pump operation, making it well suited for bedrooms, offices, and open living spaces requiring concealed comfort delivery.

Features

• Manufacturer: Mitsubishi Electric
• Part Number: PEAD-A15AA9
• Series: M-Series slim-duct concealed ducted
• Capacity: 15,000 BTU cooling with heat pump compatible heating
• Unit Type: Concealed slim-duct ducted indoor unit
• Installation: Low-profile design for ceiling, soffit, or concealed installations
• Application: Ideal for residential or light commercial spaces requiring hidden ducted comfort
• Airflow: Multi-speed fan with adjustable external static pressure for short duct runs
• Operation: Quiet performance suitable for bedrooms, offices, and living areas
• Filtration: Built-in air filter for improved indoor air quality
• Controls: Compatible with Mitsubishi wired controllers, wireless interfaces, and kumo cloud WiFi control (with required adapter)
• Refrigerant: R-410AElectrical: 208/230V, single-phase, 60 Hz
• Compatibility: Designed for use with Mitsubishi M-Series and compatible outdoor heat pump units
• Design: Slim cabinet allows installation in tight ceiling spaces while maintaining service accessibility

HMIT201815