Amana PTAC PTC MODELS—COOLING/ELECTRIC HEAT - PTC123J

Amana PTC123J25AXXX — Standard-Efficiency PTAC, 11,900/11,700 BTU Cooling, 2.5 kW Electric Heat

The Amana PTC123J25AXXX is a durable, high-performance packaged terminal air conditioner. It delivers dependable cooling and electric heating for commercial and residential applications. Built for efficiency and reliability, it suits hotels, apartments, hospitals, and assisted living facilities requiring consistent indoor climate control. As part of the Amana PTAC PTC MODELS—COOLING/ELECTRIC HEAT - PTC123J series, it embodies advanced engineering and lasting quality.

Amana PTC123J25AXXX belongs to the J-Series PTACs using R-32 refrigerant to enhance environmental performance. This unit offers a 11,900 / 11,700 BTU/h cooling capacity at 230/208 volts with efficient EER of 11.4 / 11.5. The 25A suffix means it includes a factory-installed 2.5 kW electric heater, generating about 8,500 / 6,800 BTU/h heat output at 230/208 V, alongside a 15 A NEMA 6-15 LCDI power cord and plug ensuring dependable connection.

Why Choose This Amana PTC123J25AXXX for Your Space?

Selecting the right PTAC impacts comfort, operating costs, and maintenance. This unit is engineered for reliability in high-use settings. It operates quietly yet maintains energy efficiency, helping reduce longer term expenses. The compact, self-contained design fits easily through exterior walls, perfect for retrofits or new builds.

This model ensures dependable cooling in warm months and robust electric heat as temperatures drop. It provides year-round comfort without complex ductwork or centralized HVAC systems, simplifying control and upkeep for managers and occupants.

Key Features

• Standard Efficiency PTAC featuring environmentally friendly R-32 refrigerant.
• 11,900 / 11,700 BTU/h nominal cooling capacity; energy efficiency ratio of 11.4 / 11.5.
• Factory-installed 2.5 kW electric heat producing roughly 8,500 / 6,800 BTU/h heating.
• 15 A LCDI power cord with NEMA 6-15 plug compatible with 208/230 V power sources.

Specifications

Ideal Applications for Reliable Climate Control

This PTAC unit suits a wide range of applications. It delivers tailored climate control where needed without compromising performance. The unit fits perfectly in spaces demanding individual room control.

• Hotels and motels needing separate climate systems per room
• Apartment complexes and multi-family housing units
• Healthcare facilities requiring persistent, reliable temperature management
• Educational institutions and office buildings requiring efficient space conditioning

Individual room control lets occupants adjust settings for their comfort. This feature reduces energy waste in empty spaces and lowers overall operating costs.

Easy Installation and Maintenance Benefits

The Amana PTAC PTC MODELS—COOLING/ELECTRIC HEAT - PTC123J series are designed for simple installation. This feature minimizes downtime during replacements or upgrades. The design also provides easy maintenance access for technicians to service internal parts quickly.

Efficient servicing keeps maintenance costs down. It also ensures consistent system performance, providing peace of mind to property managers.

Comfort Control and User-Friendly Design

User convenience stands out in this PTAC. The intuitive control interface allows precise temperature and fan speed adjustments. Occupants can easily select modes that match their comfort needs.

This user-friendly design enhances occupant satisfaction, reduces operational complexity, and decreases the number of maintenance calls.

Long-Term Value and Performance Assurance

Choosing this PTAC means investing in a system backed by proven engineering and reliable performance. It provides dependable cooling and electric heating year-round. This maximizes uptime and minimizes disruptions.

By combining durability, efficiency, and comfort, the Amana PTAC PTC MODELS—COOLING/ELECTRIC HEAT - PTC123J remain trusted for demanding applications. This unit meets the needs of environments requiring consistent performance and energy efficiency.