Mitsubishi PLA-AE30NL & PUZ-AH30NL 30,000 BTU 21.9 SEER2 Ceiling Cassette Heat Pump System - R454B

Mitsubishi PLA-AE30NL & PUZ-AH30NL 30,000 BTU 21.9 SEER2 Ceiling Cassette Heat Pump System - R454B is a outdoor unit. Key verified specifications include 30,000 BTU, R454B, SEER2 21.9, HSPF2 10.3, EER2 11.7. Mitsubishi PLA‑AE30NL & PUZ‑AK30NL delivers 30,000 BTU cooling and 34,600 BTU heating with ENERGY STAR® efficiency, 3D i‑see Sensor®, and low ambient heating to -13°F. Ideal for up to 1,250 sq ft commercial or residential spaces. INDOOR UNIT FEATURES • 3D i-see Sensor®: The advanced sensor scans each room to produce a complete thermal profile that includes heat signatures based upon size, temperature and movement, then adjusts temperature and airflow based on user preference, and saves energy according to room occupancy. • Available Knockouts: Knockouts for outside-air intake and branch-duct run • Built-in condensate lift mechanism • Easy-to-clean filter: Easy-to-clean, washable filter (optional high-efficiency filter available - requires multi-function casement) • Filter indicator signal • Ideal PLA spaces: Ideal for retail shops, classrooms, office spaces, conference centers, building lobbies, and more • Individual vane settings: Individual vane settings for direct/indirect airflow control or variable airflow patterns • Light commercial: Units with this icon are suitable for light commercial applications such as small offices, restaurants, and retail. • Multiple control options, including the comfort app for remote access, third-party interfaces, and both wired and wireless controllers • PLA Airflow settings: Airflow settings for high and low ceiling applications • Space-efficient ductless installation • Up and down swing-mode: An indoor unit with this capability can move air up and down throughout the room like an oscillating fan using the horizontal vanes. OUTDOOR UNIT FEATURES • High pressure/temperature protection • High speed heating at start up: High speed heating at start up: Hyper-Heating INVERTER® reduces the time for heating at start up by about half compared to standard models