Hoshizaki HS-0244 35 ft Tubing Kit - Image 1
SKU: 440-HS0244
Brand: Hoshizaki
Model: HS-0244

Hoshizaki HS-0244 35 ft Tubing Kit

The Hoshizaki HS-0244 35 ft Tubing Kit enables seamless remote condenser connections for ice machines, reducing heat and noise in high-traffic areas. Perfect for commercial kitchens.

Key Features

  • Connects remote condensers to ice machines, reducing heat and noise in busy areas for a quieter, more comfortable kitchen environment.
  • 35-foot tubing length accommodates medium to large restaurant layouts, offering flexible installation options.
  • No pre-charged refrigerant—requires brazing for precise installation, ensuring a secure and custom fit.
  • Designed for Hoshizaki ice machines, guaranteeing compatibility and reliability for commercial operations.
  • Lightweight (50 lbs) and easy to transport, making it convenient for restaurant maintenance and upgrades.
Starting from $535.00/unit

Volume discounts available

The Hoshizaki HS-0244 35 ft Tubing Kit is a game-changer for commercial kitchens and restaurants looking to optimize their ice-making setups. Designed to connect a remote condensing unit to an ice maker, this kit allows you to relocate heat and noise away from busy areas while keeping the ice machine and bin conveniently placed. This creates a more efficient and comfortable workspace for your staff. The kit includes 35-foot lines, making it ideal for medium to large establishments that need flexibility in equipment placement. Unlike pre-charged refrigerant kits, this one requires brazing, giving you more control over installation and ensuring a precise fit. Whether you're outfitting a new restaurant or upgrading an existing one, the Hoshizaki HS-0244 is a practical solution that enhances performance while reducing operational noise. For restaurants prioritizing both functionality and space efficiency, this tubing kit is a top choice. It’s also an excellent addition to your inventory if you’re dealing with Hoshizaki ice machines and need a reliable way to manage heat dissipation in your facility.