36,000 BTU 16 SEER ACiQ Single Zone Wall Mounted Mini Split System w/ WiFi

36,000 BTU 16 SEER ACiQ Single Zone Wall Mounted Mini Split System w/ WiFi

Model: ACiQ-36W-HP230 / ACiQ-36Z-HP230B
SEER: 16
HSPF: 10
Cooling BTU: 36,000
Heating BTU: 36,000
Decibel Level (dBA): 63.5
Electrical: 208/230V 1 Phase 60 Hz
Liquid Line: 3/8'
Suction Line: 5/8'
Communicating Capability: Enabled with Wi-Fi® capability
Compressor Type: Rotary
Warranty: 12-Year Compressor / 7-Year Parts with Registration

• High Cooling & Heating Capacity: 36,000 BTU for effective climate control in larger spaces.
• Energy Efficient: 16 SEER rating ensures optimal performance with reduced energy consumption.
• Smart WiFi Integration: Control your system remotely using your smartphone or voice assistants for convenience.
• Quiet Operation: Operates quietly for a comfortable and peaceful environment.
• Reliable & Durable: Designed to last with minimal maintenance, even in demanding conditions.
• Easy Installation: Perfect for residential or office spaces with straightforward setup and user-friendly controls.

Q: What is the cooling and heating capacity?
A: The system provides 36,000 BTU, ideal for larger spaces.

Q: What is the SEER rating?
A: It has a 16 SEER rating, offering efficient energy usage.

Q: Can I control the system remotely?
A: Yes, it features WiFi control for easy adjustments via smartphone or voice assistants.

Q: Is this system quiet?
A: Yes, it operates quietly to maintain a comfortable environment.

Q: How often should I maintain this system?
A: Clean filters regularly and schedule professional servicing annually for optimal performance.

• Clean filters: Every 1-2 months to ensure efficient airflow and performance.
• Check the outdoor unit: Clear any debris from the condenser to maintain airflow.
• Inspect drain lines: Regularly check for blockages to prevent water damage.
• Schedule annual servicing: Have a professional inspect the system to ensure optimal function.
• Ensure proper airflow: Keep vents and ducts unobstructed for maximum efficiency.