3.0 Ton Air Handling Unit, 30,000 BTU, 208 to 230 V, 1 PH

Armstrong Air 16G94 – 3.0 Ton Air Handler with Constant Torque Motor

The Armstrong Air model 16G94 (BCE5E36MA4X) is a 3.0 ton air handler engineered for consistent performance in residential and light commercial HVAC applications. Featuring a constant torque ECM motor, this unit provides steady airflow and improved energy efficiency over conventional PSC motor designs. Its multi-position configuration and compact footprint allow for flexible installation in upflow, downflow, horizontal left, or right orientations.

Designed for systems utilizing R-410A refrigerant, the unit includes a factory-installed TXV to ensure efficient metering of refrigerant under varying load conditions. The integrated drain pan is treated with an antimicrobial agent to inhibit microbial growth and support cleaner indoor air. With a nominal airflow rate of 1540 CFM, this unit is suited for 3-ton cooling applications requiring precise air delivery.

Performance Features

• Constant Torque ECM Motor – Delivers steady airflow while improving energy performance relative to PSC motors.
• Multi-Position Cabinet – Configurable for vertical and horizontal applications, supporting diverse installation requirements.
• Antimicrobial Drain Pan – Mold-resistant design helps maintain coil hygiene and air quality.
• Quiet Operation – Motor and cabinet construction reduce operating noise for a quieter mechanical room or living space.
• Durable Cabinet – Built with materials suitable for long-term use in demanding HVAC environments.

Technical Data

• Model: BCE5E36MA4X
• Cooling Capacity: 30,000 BTU (3.0 Ton)
• Airflow: 1540 CFM
• Motor Type: Constant Torque ECM
• Voltage: 208–230V
• Phase: 1 PH
• Refrigerant: R-410A with factory-installed TXV
• Dimensions: 21-1/2 in W x 22 in D x 53.63 in H

Installation Considerations

Due to the unit’s electrical and refrigerant requirements, installation should be completed by a qualified HVAC technician. Proper configuration and airflow adjustment are critical for optimal performance and compliance with code requirements.