Goodman 1.5 Ton Electric HVAC System with Heat Kit – Up to 15.2 SEER2

The Goodman 1.5 Ton Electric HVAC System is a complete residential straight-cool configuration designed for properties that use an air handler and electric resistance heat instead of a gas furnace. It combines a Goodman GLXS4BA1810 outdoor air conditioner, an AMST24BU1300 multiposition air handler, and a selectable electric heat kit.

This configuration provides approximately 18,000 BTU per hour of nominal cooling capacity. Correct system sizing must be determined through a professional load calculation that accounts for the property’s location, insulation, windows, construction, occupancy, and ductwork.

Goodman 1.5 Ton Electric HVAC System Overview

The GLXS4BA1810 is a 1.5-ton, single-stage split air conditioner from Goodman’s R-32 GLXS4B series. Goodman identifies this series as offering efficiency ratings of up to 15.2 SEER2. The exact certified efficiency depends on the indoor equipment combination and must be verified through the applicable AHRI certificate.

The outdoor air conditioner uses R-32 refrigerant and includes an energy-efficient compressor, a factory-installed filter drier, service valves with sweat connections, a high-pressure switch, and a fully charged refrigerant circuit designed for up to 15 feet of tubing under the manufacturer’s specified conditions.

What’s Included

The Goodman 1.5 Ton Electric HVAC System includes the primary heating and cooling equipment listed below.

• Goodman GLXS4BA1810 air conditioner: 1.5-ton outdoor condenser with approximately 18,000 BTU of nominal cooling capacity, single-stage operation, and R-32 refrigerant.
• Goodman AMST24BU1300 air handler: Multiposition indoor air handler with a direct-drive, nine-speed ECM blower motor and an all-aluminum evaporator coil.
• Selectable electric heat kit: Choose the Goodman HKTSD05X1 5 kW heat kit or HKTSD08X1 8 kW heat kit. Both available options include circuit breakers and are designed for 208–240-volt, single-phase electrical service.

Installation materials such as the thermostat, refrigerant line set, condenser pad, disconnect, wiring, drain components, duct transitions, and mounting accessories are not included unless they are specifically listed in the selected configuration.

Key Features

• Residential straight-cool system with supplemental electric resistance heat
• Approximately 18,000 BTU per hour of nominal cooling capacity
• Single-stage Goodman GLXS4B outdoor air conditioner
• Lower-global-warming-potential R-32 refrigerant
• Multiposition indoor air handler for horizontal or vertical applications
• Nine-speed ECM indoor blower motor
• All-aluminum indoor evaporator coil
• Factory-installed thermal expansion valve in the air handler
• Selectable 5 kW or 8 kW electric heat kit
• Up to 15.2 SEER2, depending on the certified equipment match

Technical Specifications

Outdoor Air Conditioner

• Brand: Goodman
• Model: GLXS4BA1810
• System type: Split air conditioner
• Nominal cooling capacity: 1.5 tons / approximately 18,000 BTU per hour
• Compressor operation: Single stage
• Refrigerant: R-32
• Efficiency: Up to 15.2 SEER2 with an applicable certified equipment combination
• Liquid-line connection: 3/8 inch
• Suction-line connection: 3/4 inch

Indoor Air Handler

• Brand: Goodman
• Model: AMST24BU1300
• Electrical requirement: 208/230 volts, single phase
• Configuration: Multiposition
• Cabinet width: 17.5 inches
• Cabinet depth: 21 inches
• Cabinet height: 45 inches
• Blower motor: Direct-drive, nine-speed ECM
• Evaporator coil: All-aluminum coil with factory-installed TXV

Electric Heat Options

• HKTSD05X1: 5 kW, 208–240 volts, single phase, with circuit breaker
• HKTSD08X1: 8 kW, 208–240 volts, single phase, with circuit breaker

System Compatibility

Correct compatibility is essential when configuring the Goodman 1.5 Ton Electric HVAC System.

The outdoor and indoor equipment must be installed as an approved combination and configured according to Goodman’s instructions. The AMST24BU1300 air handler has a nominal two-ton cabinet designation but may be used with lower-capacity outdoor equipment when the combination, airflow settings, and installation are properly approved.

Before ordering, verify the required cabinet dimensions, electrical service, heat-kit capacity, refrigerant piping, airflow orientation, and AHRI match with a qualified HVAC professional. Use the AC sizing calculator as an initial reference, but do not substitute it for a professional Manual J load calculation.

You can also compare this configuration with other electric HVAC systems available from Xpress Supply.

Refrigerant Information

This Goodman 1.5 Ton Electric HVAC System uses R-32 refrigerant. R-32 is classified as an A2L refrigerant and requires compatible equipment, tools, installation procedures, and safety practices. It must not be mixed with R-410A or used with components that are not approved for R-32 applications.

Warranty and Documentation

Eligible Goodman equipment may qualify for a 10-Year Parts Limited Warranty when properly registered online within 60 days of installation. Registration requirements, coverage periods, exclusions, and legal conditions may vary according to the equipment, application, and installation location. Review the complete manufacturer warranty before purchase and register each eligible component after installation.

Review the official Goodman GLXS4B product information, Goodman AMST air handler information, and Goodman technical literature library for current manufacturer documentation.

After installation, eligible equipment can be registered through the official Goodman product registration portal.

Professional Installation Notice

Professional installation helps the Goodman 1.5 Ton Electric HVAC System operate according to its approved design and configuration.

The Goodman 1.5 Ton Electric HVAC System must be installed by a qualified HVAC professional. Installation involves refrigerant handling, high-voltage electrical connections, condensate management, airflow configuration, ductwork, and commissioning. Improper selection or installation can reduce performance, affect efficiency, damage equipment, and affect warranty eligibility.