SKU: 044-BRTE25
Brand: Scotsman
Model: BRTE25
Scotsman BRTE25 25 ft Insulated Line Set for Remote Cooled Ice Machine
The Scotsman BRTE25 25ft insulated line set connects remote-cooled ice machines with copper wires, reducing energy loss and improving efficiency. Perfect for commercial kitchens needing reliable, durable ice production solutions.
Key Features
- •25ft copper wire line set for remote-cooled ice machines, ensuring a stable and efficient connection.
- •Fully insulated to reduce energy loss and improve system efficiency, lowering operational costs.
- •Displaces heat and noise away from the ice maker, maintaining a cleaner and quieter kitchen environment.
- •Compatible with standard Scotsman remote-cooled units, providing a straightforward upgrade or installation process.
- •Backed by a 3-year parts and labor warranty, offering peace of mind and durability for high-volume commercial use.
Starting from $744.00/unit
Volume discounts available
The Scotsman BRTE25 25ft insulated line set is a critical component for remote-cooled ice machines, designed to enhance performance and efficiency in commercial kitchens and restaurants. These copper wire line sets are fully insulated to minimize energy loss, ensuring your ice machine operates at optimal levels without unnecessary heat or noise. Compatible with standard remote-cooled units, this line set effectively displaces heat and noise away from the ice maker, maintaining a quieter and more comfortable workspace. Whether you're upgrading an existing system or installing a new one, the BRTE25 is built to last with a 3-year parts and labor warranty, making it a reliable choice for high-demand environments like full-service restaurants, bars, and hotels. Its durability and efficiency translate to long-term cost savings and improved operational performance, which is why professionals in the industry trust Scotsman for their ice machine needs. For those seeking a seamless, high-performance solution, the BRTE25 is an excellent investment that stands out in terms of both functionality and longevity.