Perlick 69900S60SA 16 Inch Gas Blender Stainless Steel for Stadium Application
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- Supports precise 60/40 blend ratio for consistency
- Constructed from durable stainless steel material
- Tool-free disassembly enables quick cleaning
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The Perlick 69900S60SA Blender Single Stadium Application is a commercial-grade nitrogen and CO2 mixing device designed for high-demand beverage environments. Crafted by Perlick Corporation, this single-unit blender operates with a 60/40 gas ratio, optimized for stadium and large-scale foodservice applications. Its precise mixture control enhances beverage consistency, reducing waste and simplifying workflow in busy service stations. Built for durability and ease of maintenance, the model features a corrosion-resistant body with straightforward accessibility for cleaning, making it suitable for continuous operation in high-throughput hospitality and sports venues. The 69900S60SA integrates seamlessly into existing draft systems, delivering reliable performance with a standardized output capacity tailored for mid-volume commercial kitchens and beverage stations.
The Perlick 69900S60SA Blender offers precise gas blending with a 60/40 ratio, ensuring accurate beverage carbonation. Its stainless steel construction provides durability under intensive use, while its streamlined design facilitates quick disassembly and cleaning. Engineered for stadium and large venue deployment, this blender accommodates continuous operation, supporting high-volume beverage dispensing. Designed for seamless integration, it maintains consistent mix ratios in demanding foodservice workflows, with minimal maintenance required due to corrosion-resistant materials and easy-access components.
Ideal for stadiums, sports venues, and large hospitality foodservice areas requiring reliable beverage dispensing.
The Perlick 69900S60SA Blender features a self-contained refrigeration system, operating on standard electrical requirements of 120V, 60Hz, and single-phase power, drawing approximately 15 amps and consuming around 1.8 kWh per day. Its robust stainless steel body ensures corrosion resistance and longstanding durability, with dimensions of approximately 16 inches in width, 12 inches in depth, and 24 inches in height, and an operational weight of about 40 lbs. Designed for high-volume beverage environments, it produces consistent mixtures utilizing a precise 60/40 gas blend ratio, suitable for stadium and large-scale foodservice settings. The unit is engineered with easy maintenance in mind, featuring disassembly-friendly parts and materials compatible with routine cleaning. It supports continuous operation, delivering a stable mixture in demanding venues with minimal downtime.
A commercial nitrogen CO2 blender is a specialized device used in foodservice environments to precisely mix inert gases with carbon dioxide for beverage carbonation. Installed in beverage stations or draft systems, these blenders like the Perlick 69900S60SA facilitate consistent gas ratios, critical for quality control in large-volume venues such as stadiums, bars, and hospitality kitchens. They are engineered with durable materials, supporting continuous operation and easy maintenance, making them suitable for mid- to high-volume beverage production and presentation.
Efficient and durable, the Perlick 69900S60SA is designed for mid-volume stadium beverage stations requiring precise gas mixing and seamless integration. Manufactured by Perlick Corporation, this commercial blender ensures consistent carbonation and high operational reliability in demanding foodservice environments. Suitable for large venues, it supports continuous workflow with durable construction and straightforward maintenance.
Designed with precise gas blending technology and durable stainless steel construction, the Perlick 69900S60SA blender offers reliable performance in demanding environments. Its ease of maintenance, firm fit for stadium beverage stations, and consistent output set it apart from comparable models. The compact design minimizes footprint while maximizing operational efficiency, ensuring high-volume venues can deliver quality beverages without interruption.
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