Bard W3VHY- S15 Variable Speed Wall-Mount Heat Pump

Technical Specification

Features:
  • Make: Bard
  • Model code: W3VHY- S15
  • Series: WVH Series
  • Type of Fuel (if Fossil Fuel Add on): Electric
Additional info:

Up to 17.5 IPLV Inverter technology Variable speed fan & blower Low temperature capabilities High humidity applications: excellent sensible and latent removal performance Quiet mode: optimal sound performance Boost mode: can deliver over 35% more capacity than its rated output Dual 60/50 Hz power capabilities R-454B refrigerant  AHRI Certified

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Make Bard
Manufacturer Bard Manufacturing Company, Inc.
Category Heating>Heat Pumps
Model code W3VHY- S15
Series WVH Series
Type of Fuel (if Fossil Fuel Add on) Electric

Product description

The Bard Variable Speed Wall-Mount™ air conditioner, equipped with advanced inverter technology, is designed to deliver optimal climate control for commercial spaces. This versatile unit, available in 3-ton (W3VH) and 5-ton (W5VH) capacities, is engineered for energy efficiency and maximum indoor comfort, operating with a voltage range of 208V to 460V at 60Hz frequency.

Key Features

  • Energy Efficiency: Featuring inverter technology, these units provide precise capacity control for efficient cooling and heating, reducing dependency on electric heat.
  • Quiet Operation: A quiet mode minimizes sound levels, enhancing comfort in busy environments such as classrooms and offices.
  • Flexible Ventilation: Options include energy recovery ventilators and economizers, optimizing air quality and energy savings by utilizing favorable outdoor conditions.
  • Robust Construction: Durable cabinets and green fin hydrophilic evaporator coils ensure longevity and reliability even in extreme environments.

Ideal Use Cases

The Bard Wall-Mount units are the perfect solution for a wide range of applications, including educational facilities, office buildings, telecommunications installations, and modular or mobile structures. These units save valuable space while maintaining superior energy efficiency and performance. Their adaptability makes them suitable for new constructions as well as modernization projects.

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