Perlick 69900S60HV 15 Inch Blender Nitrogen CO2 Gas High Volume Stainless Steel
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- Supports demanding beverage production workflows
- Stainless steel construction ensures durability
- Precise 60/40 gas blend control
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The Perlick 69900S60HV Blender Single High Volume is a commercial-grade nitrogen CO2 blender designed for high-efficiency beverage preparation in foodservice environments. Engineered by Perlick Corporation, this unit features a robust 60/40 mix ratio system, ensuring precise and consistent blending of nitrogen and carbon dioxide for superior beverage carbonation and texture. Its high-volume capacity supports demanding workflows, making it ideal for large-scale hospitality operations, bars, and beverage stations requiring reliable, continuous operation and minimal downtime. With a focus on durability and technical accuracy, this blender offers seamless integration into professional kitchens, optimizing productivity in high-volume settings.
The Perlick 69900S60HV nitrogen CO2 blender provides precise control over gas mixture ratios, with a durable stainless steel construction that withstands rigorous use in commercial kitchens. Its high-capacity design supports continuous operation, reducing downtime during busy service periods. The unit's user-friendly interface simplifies calibration and maintenance, while its compact footprint allows easy placement in tight spaces. Specifically suited for large-volume beverage operations, it integrates seamlessly with existing systems, enhancing workflow efficiency and beverage consistency.
Designed for installation in busy bar or beverage stations, suitable for high-throughput environments requiring reliable gas blending.
The Perlick 69900S60HV nitrogen CO2 blender operates with an integrated self-contained cooling system that maintains optimal internal temperatures, supported by a robust stainless steel exterior finish in a sleek, stainless color. It requires standard 120V electrical power at 60Hz, with a single-phase connection drawing approximately 8 amps, and a maximum wattage of around 960W. The unit's design accommodates typical workflow demands, with dimensions measuring approximately 15 inches in width, 20 inches in depth, and 16 inches in height, weighing roughly 45 pounds. Its enduring construction includes corrosion-resistant materials, with ease of cleaning facilitated by accessible components and minimal disassembly. The blender features a reliable, high-precision gas mix mechanism, with performance ratings suitable for high-demand commercial kitchens.
A commercial nitrogen CO2 blender is a professional-grade device used in beverage service to precisely mix nitrogen and carbon dioxide gases for carbonation and texture control. These units are typically installed in high-volume bar, restaurant, or hotel kitchens, supporting continuous beverage preparation and ensuring consistent quality. The Perlick 69900S60HV, a model within the nitrogen CO2 blender category, offers a high-capacity, durable design built for demanding operational environments. It features an integrated cooling system, stainless steel construction, and a 60/40 gas blend ratio, making it suitable for large-scale hospitality establishments that require reliable, restaurant-ready functionality for high throughput beverage applications.
Designed for high-capacity beverage operation, the Perlick 69900S60HV nitrogen CO2 blender delivers precise gas mixture control, durability for busy commercial kitchens, and seamless integration into high-volume workflows, making it ideal for large hospitality venues and beverage stations requiring consistent carbonation and long-term reliability.
Choosing the Perlick 69900S60HV means selecting a high-performance, self-contained nitrogen CO2 blender constructed with premium stainless steel for longevity. Its precise blend control, robust build, and compact design optimize workflow efficiency in demanding foodservice operations, offering superior reliability and ease of maintenance compared to standard models. This unit’s performance benefits translate into consistent product quality, reduced maintenance downtime, and enhanced operational productivity in professional beverage applications.
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