4 Ton 16 SEER Goodman Air Conditioner Variable Speed Split System

The Goodman® GSX16 UP TO 16 SEER Central Air Conditioner uses the environmentally friendly refrigerant R-410A and features energy efficiencies and operating sound levels that are among the best in the heating and air conditioning industry. R-410A is chlorine-free to help prevent damage to the ozone layer. The GSX16 features a high-efficiency Copeland® scroll compressor and is designed for the consumer who desires superior comfort, quiet operation, and environmentally friendly air conditioning performance.

In order to achieve the 16 SEER efficiency this central air conditioner must be installed with the manufacturer recommended evaporator coil, furnace, variable speed air handler, or variable speed modular blower and thermostatic expansion valve (TXV). A 16 SEER system will reduce your electric bill approximately 7% - 8% more than a 15 SEER system.

Please note that this air conditioning equipment comes pre-charged with R-410A liquid refrigerant and by Federal law cannot be released to the atmosphere. Yes, you can purchase this equipment without being EPA certified. And, if you are mechanically inclined you may perform about 90% of the equipment installation yourself. However, we strongly recommend to have a professional heating/cooling contractor do the final part of the installation including managing the refrigerant. An HVAC contractor has the tools and know-how to do this work.

Standard Features of this Central Air Conditioner

• R-410A environmentally friendly refrigerant
• High-efficiency Copeland® Ultratech scroll compressor
• Factory-installed filter dryer
• Fully charged for 15 feet of tubing length
• Copper tube/enhanced aluminum fin coil
• Sweat connection service valves with easy access to gauge ports
• Contactor with lug connection
• Ground lug connection
• AHRI Certified
• ETL Listed

Cabinet Features

• Unique Goodman® brand louvered sound control top design
• Steel louver coil guard
• Heavy-gauge galvanized-steel cabinet
• Attractive Architectural Gray powder-paint finish with 500-hour salt-spray approval
• Top and side maintenance access
• Single-panel access to controls with space provided for field-installed accessories
• When central air conditioner is properly anchored, meets the 2001 Florida Building Code unit integrity requirements for hurricane-type winds

The AVPTC 's blower design includes a variable-speed direct current motor, which helps eliminate the cold blast of air upon heating start-up often associated with single-speed units. This air handler is ideal for either new or retrofit installations.

Standard Features

• Compatible with the ComfortNet™ Communicating System family of products
• Maximum four low-voltage wires required for operation in communicating mode
• Auto configuration of the airflow and tonnage in communicating mode
• In non-communicating mode, up to 12 field-selectable airflow settings can be adjusted to optimize the system’s CFM for each individual mode of operation
• R-410A refrigerant-compatible
• Factory-installed thermal expansion valves for cooling and heat pump applications
• Variable-speed ECM blower motor
• All-aluminum evaporator coil
• Provides constant CFM over a wide range of static pressure conditions independent of duct system
• Provides adjustable low CFM for efficient fan-only operation
• CFM indicator with front-panel sight glass
• Improved humidity control and comfort
• Compatible with variable-capacity heat pumps and cooling applications
• Built-in coil has horizontal, vertical, and downflow drain pans with secondary drain connections
• AHRI Certified; ETL Listed

Cabinet Features

• Fully insulated, painted steel cabinet with attractive Architectural Gray finish
• Compact, versatile upflow, downflow, or horizontal multi-position installations
• Low-voltage cabinet connections; control circuit is arranged to permit staging
• Power supply on top; low-voltage entry on top or side
• Foil-faced insulation is glued in place and covers the entire blower case to reduce operating sound and cabinet condensation