T&S 5HR-232-01WE1 Open Hose Reel Assembly w/ 35 ft Hose & Mixing Faucet, 1/2" Female Inlets - Image 1
SKU: 064-5HR23201WE1
Brand: T&S
Model: 5HR-232-01WE1

T&S 5HR-232-01WE1 Open Hose Reel Assembly w/ 35 ft Hose & Mixing Faucet, 1/2" Female Inlets

The T&S 5HR-232-01WE1 35ft open hose reel with mixing faucet offers commercial-grade durability, high flow, and easy installation for restaurants and kitchens. Perfect for efficient floor maintenance with a 1-year warranty and lifetime cerama cartridges.

Key Features

  • 35ft epoxy-coated steel hose with high flow black spray valve for powerful, efficient floor cleaning
  • Polished chrome-plated brass mixing faucet with quarter-turn cerama cartridges for precise water control
  • 1/2" female inlets with stainless steel quick disconnect for secure, leak-free connections
  • Continuous pressure vacuum breaker and ratcheting system for safety and durability
  • 1-year limited warranty + lifetime cerama cartridges, easy wall-mount installation (EasyInstall)
The T&S 5HR-232-01WE1 35ft Open Hose Reel Assembly is a premium commercial-grade solution designed for restaurants and kitchens that demand reliability, efficiency, and durability. This open hose reel features a 35ft epoxy-coated steel hose with a polished chrome-plated brass mixing faucet, providing high flow performance for thorough floor cleaning. The 1/2" female inlets and stainless steel quick disconnect ensure secure connections, while the continuous pressure vacuum breaker enhances safety. Ideal for heavy-duty use, this hose reel includes a ratcheting system, adjustable hose bumper, and color-coded lever handles for ease of operation. Its wall-mount design saves space, making it perfect for tight commercial kitchen layouts. With a 1-year limited warranty against defects and lifetime cerama cartridges, this product is built to last, reducing maintenance costs and downtime. Restaurants and foodservice operations will benefit from its robust construction, high-flow black spray valve, and easy installation, ensuring optimal performance in demanding environments.