Bard W3VHYDR10 Variable Speed Wall-Mount Heat Pump

Introducing the Bard Variable Speed Wall-Mount™ with Inverter Technology, a high-performance air conditioning solution specifically engineered for optimal indoor climate control. Designed for flexibility, this self-contained unit efficiently provides 3-ton cooling power across an impressive range of voltages from 208V to 460V, operating on 60Hz. This advanced system is ideal for environments needing scalable HVAC solutions including new constructions, modernized offices, schools, telecommunication structures, and correctional facilities.

Key Features

• Inverter Compressor Technology: Offers variable speed control that adjusts cooling based on specific load requirements, ensuring energy-efficient and quiet operation.
• Space-saving Design: The wall-mount configuration preserves valuable floor space while providing exceptional indoor climate control.
• Advanced Filtration: Equipped with a range of filtration options, including up to MERV13, promoting a healthier and more comfortable indoor atmosphere.
• Customizable Ventilation: Choose from multiple factory or field-installed ventilation options to suit specific building requirements.
• Enhanced Moisture Management: Integrated hot gas reheat dehumidification maintains ideal humidity levels even when full cooling isn't necessary.

Ideal Use Cases

This unit shines in settings from new construction and office spaces to schools and specialty facilities like telecommunication hubs and correctional institutions. With its quiet operation and precise temperature control, it enhances environments where focus and comfort are critical.

The Bard Variable Speed Wall-Mount™ not only satisfies industry efficiency standards set by ANSI/ASHRAE/IES 90.1-2019 but also ensures reduced wear and tear on components, thanks to advanced inverter technology that minimizes power surges and mechanical strain. This results in a lower total cost of ownership and extended equipment lifespan. Experience reliable, year-round comfort and efficiency with this state-of-the-art climate solution.