SKU: 064-B0133QD1
Brand: T&S
Model: B-0133-QD-1
T&S B-0133-QD-1 Quick Disconnect Adapter Kit, Retrofit For Prerinse Unit
The T&S B-0133-QD-1 Quick Disconnect Adapter Kit is a robust retrofit solution for pre-rinse units, featuring a durable stainless steel quick-disconnect and polished chrome-plated brass components. Designed for commercial kitchens, this kit ensures efficient water connection and long-lasting performance.
Key Features
- •Durable stainless steel quick-disconnect for easy, leak-free water connections in high-traffic commercial kitchens
- •Polished chrome-plated brass close nipple, adapter, and coupling for corrosion resistance and professional finish
- •Retrofit-compatible kit for existing pre-rinse units, reducing downtime and installation complexity
- •Includes gray handle, washers, adapter, coupling, and close nipple for a complete upgrade solution
- •1-year limited warranty against defects in material and workmanship for added peace of mind
Starting from $122.52/unit
Volume discounts available
Upgrade your pre-rinse unit effortlessly with the T&S B-0133-QD-1 Quick Disconnect Adapter Kit, the ideal retrofit solution for commercial kitchens. This adapter kit is built to withstand the demands of professional environments, offering durability and ease of installation. The polished chrome-plated brass close nipple, adapter, and coupling provide a sleek aesthetic while ensuring corrosion resistance, while the stainless steel quick-disconnect component delivers unmatched longevity. Whether you're outfitting a new sink or replacing an existing unit, this kit simplifies water connections, reducing downtime and maintenance. Designed for efficiency, it includes a gray handle, washers, adapter, coupling, and close nipple, making it a versatile upgrade for any commercial pre-rinse setup. Ideal for restaurants, catering kitchens, or industrial food processing, this adapter kit ensures seamless operation and compliance with water connector standards, making it a must-have for professionals seeking reliability and performance.