HOT ! ZoneAire Select PZE15K5SB 42\" PTAC Unit with 3.6 kW Electric Heat Kit and Cooling Capacity of 12,000 BTU, 11.4 EER, R-410A, 230/208v

The ZoneAire Select PZE12K3SB is a 42-inch PTAC unit designed for efficient heating and cooling, featuring a 12,000 BTU cooling capacity and an 11,000 BTU electric heating capacity. With an energy efficiency rating of 11.4, it operates at a maximum of 5 amps for cooling and 1,050 watts, making it a reliable choice for commercial and residential applications. This thru-the-wall unit delivers strong airflow with up to 470 CFM on high and 360 CFM on low, along with 75 CFM vent circulation. Running on 230/208 volts with a 6-20P plug type, it ensures consistent climate control while maintaining energy efficiency. Weighing 106 lbs, the PZE12K3SB is an excellent option for hotels, apartments, and other spaces requiring independent temperature regulation.

Features:

• 14,500 BTU Cooling: This unit provides robust cooling for medium to large-sized rooms, ensuring optimal comfort during warm weather. With a higher cooling capacity compared to other models, it is ideal for spaces such as larger hotel rooms, offices, or residential areas that require extra cooling power.
  


• Electric Heat (5.0 kW): The 5.0 kW electric heat kit ensures reliable heating performance, especially during colder months. Its 5,000 watts of heating capacity can effectively maintain a warm and comfortable indoor environment, even when outdoor temperatures drop.
  


• CFM Rating: The unit offers 470 CFM on high and 360 CFM on low, ensuring efficient air circulation and even distribution of air throughout the space. This is ideal for large spaces where consistent airflow is essential for comfort.
  


• EER Rating of 10.2: The ZoneAire Select PZE15K5SB is moderately energy-efficient with an EER rating of 10.2, balancing performance with power consumption. While it\'s not the highest in energy efficiency, it still offers cost-effective operation for those looking for reliable performance.
  


• R32 Refrigerant: This unit uses R32 refrigerant, an advanced and environmentally friendly alternative to R-410A. It has a lower global warming potential (GWP), making it more sustainable and less harmful to the environment.
  


• Dimensions & Weight: Width of 42\", depth of 22\", height of 16\" and weight of 107 lbs makes this unit ideal for standard PTAC wall sleeves, ensuring easy integration into commercial or residential installations.
  


• Thru-the-Wall Installation: The PTAC unit is designed for thru-the-wall installation, eliminating the need for external units or ducts. This feature makes the installation process simpler and more space-efficient, especially in hotels, apartments, or office buildings.
  


• Standard Window Type: The unit also features a window-type installation, offering flexibility for rooms where thru-the-wall installations might not be possible.
  


• Remote Control: No Remote Control Included: Unlike some models, the PZE15K5SB does not come with a remote control. Users will need to rely on the unit’s digital controls for operation.
  


• Digital Control Interface: The unit has a digital control interface that allows users to manage the temperature, fan speed, and operation modes with precision. This makes it easy to adjust settings and optimize comfort.
  


• Multiple Fan Speeds: The 470 CFM high and 360 CFM low fan speeds provide flexible airflow options, ensuring efficient air distribution based on the size of the room and user preferences.
  


• Ventilation: Vent CFM of 75 provides additional airflow, helping with ventilation and improving indoor air quality by maintaining proper air exchange.
  


• 230/208 Volts: The unit operates on 230/208 volts, suitable for most commercial and residential applications.
  


• Plug Type: It comes with a 6-30P plug, compatible with standard outlets in many settings.
  


• Maximum Cooling Amps: The unit draws 6.7 amps during cooling mode, offering high cooling power with reasonable electrical requirements.
  


• Cooling Watts: The unit consumes 1,420 watts during cooling, ensuring efficient operation within designed power usage.