Bard W3VHY-R0Z Variable Speed Wall-Mount Heat Pump

Introducing the Bard Variable Speed Wall-Mount™ Air Conditioners, available in models W3VH and W5VH, offering cutting-edge inverter technology for optimal HVAC performance. Capable of delivering up to 3 tons of cooling capacity, these units are designed for high-efficiency operation across a range of voltages from 208V to 460V at 60 Hz, ensuring reliable climate control in industrial and commercial settings.

Key Technical Features

• Utilizes advanced inverter technology for variable speed performance, maximizing energy savings while providing precise climate control.
• Equipped with a robust variable speed scroll compressor, offering seamless capacity modulation to adapt to indoor temperature demands.
• Designed for quiet operation with features such as an isolated compressor base, sound-dampening covers, and vibration-reducing components.
• Supports high-efficiency cooling with environmentally friendly R-410A refrigerant, meeting stringent ANSI/AHRI standards for energy use and compliance.

Engineered for Durability and Convenience

• Durable cabinet construction with optional coatings available for enhanced resistance in extreme environments.
• Innovative Green Fin hydrophilic evaporator coils that offer superior condensate drainage and anti-microbial properties.
• Easy maintenance access and reliable controls afford effortless upkeep and operational reliability.

Ideal Use Cases

Designed with versatility in mind, these wall-mount air conditioners are perfect for a variety of applications such as new construction projects, modernization efforts for schools and offices, telecommunication shelters, and correctional facilities. They are especially beneficial in situations where saving valuable indoor floor space or outdoor ground space is critical.

The Bard Variable Speed Wall-Mount™ offers structured ventilation options to meet varying needs, ensuring efficient energy use and maintaining optimal indoor air quality. The perfect solution for businesses seeking dependable cooling and heating performance with reduced environmental impact.