1. Variable-speed swing and scroll compressors.
2. High-efficiency variable speed ECM condenser fan motor.
3. Factory-installed filter drier.
4. Factory-installed suction line accumulator.
5. Factory-installed compressor crankcase heater.
6. Factory-installed high-capacity muffler.
7. Factory-installed high and low-pressure switches.
8. High-density foam compressor sound blanket.
9. Factory-installed sensors monitoring coil and ambient temperature.
10. SmartShift® technology with short-cycle protection to ensure quiet, reliable defrost.
11. In communicating mode, only two low voltage wires to the outdoor unit are required.
12. Contactor with lug connection.
13. Field-selectable boost mode increases compressor speed during unusually high loads.
14. Customized control algorithms.
15. Fully charged for fifteen feet of tubing length.
16. AHRI Certified-ETL Listed.
17. Color-coded terminal strip for non-communicating set-up.
18. Copper tube & enhanced aluminum fin coil.

KEY FEATURES:

1. Heavy-gauge galvanized steel cabinet and louvered coil guards.
2. Service valves with sweat connections and easy-access gauge ports.
3. Engineered sound control top design.
4. Wire fan discharge grille.
5. Baked-on powder-paint finish with 500-hour salt-spray approval.
6. Single-panel access to controls with space for field-installed accessories.
7. Service port and controls are accessible while unit is operating.
8. Compact footprint.
9. Rust-resistant screws.
10. When properly anchored, meets the 2017 Florida Building Code unit integrity requirements for hurricane-type winds (Anchor bracket kits available.)

PRODUCT BENEFITS:

1. Variable swing and scroll compressors feature more efficient operation, higher tolerance to liquid refrigerant, less mechanical failures and smoother, quieter operation when compared to reciprocating compressors and single stage compressors.
2. The top performance of an electronically commutated motor (ECM) provide airflow at variable speeds, matching indoor comfort needs while reducing energy consumption and system noise compared to a single-speed motor.
3. Filter-driers play a pivotal role in the operation of air conditioning and refrigeration systems. A factory installed filter-drier absorbs and filter's residual system contamiN/Ants and moisture.
4. Ensures refrigerant is ready even in extreme exterN/Al temperatures.
5. Prevents condensation of refrigerant in the crankcase of a compressor.
6. Reduces pass-through vibration noise from compressor operation.
7. A high-pressure switch prevents the system from operating at extremely high pressures by shutting off the compressor circuit if the pressure exceeds the desigN/Ated rating. When a refrigeration system operates at lower than normal pressures, the low-pressure switch prevents freezing from working its way to the compressor.
8. High-density foam compressor blanket provides noise reduction when the compressor is in operation.
9. Consistent and concise monitoring helps to ensure that the system is operating efficiently, regardless of the weather.
10. Time-delay defrost technology allows for a reliable, quiet, and smooth transition when units enter defrost mode.
11. By simplifying the communication connection to two low voltage wires to the outdoor unit, technicians may elimiN/Ate the need to run additioN/Al thermostat wiring.
12. Contractors can securely connect wires with large screw lugs, allowing for quick and solid wiring.
13. When peak performance is needed, boost mode increases compressor speed to provide additioN/Al performance.
14. Proprietary, self-contained sequence of actions designed to help control system operation for energy efficient performance and enhanced reliability.
15. Fully charged with refrigerant sufficient for 15’ of tubing length to assist with easy installation of unit.
16. Meets the performance requirements for AHRI certification and complies with ETL North American safety standards.
17. A straight-forward, color-coded termiN/Al strip for non-communicating set-up helps to simplify installation.
18. Copper coil tubing with enhanced aluminum fins increases the area for heat absorption, providing outstanding, energy-efficient heat transfer performance.