The Cornelius BIB.10080 Inclined Bag-in-Box Rack 3 Wide 4 Shelves is a robust commercial-grade syrup dispensing system designed for high-performance beverage operations. This rack features an inclined design to facilitate efficient syrup flow and easy access, supporting three wide bag-in-box configurations with four adjustable shelves. Equipped with (12) Flojet pumps, each with primary and secondary regulators, it ensures precise flow control and reliable dispensing in busy foodservice environments. The unit ships pre-assembled, simplifying installation, and its heavy-duty stainless steel construction guarantees durability under frequent use. This system is ideal for large-scale cafes, restaurants, and beverage stations that require consistent, hassle-free syrup management and optimized workflow efficiency. Its technical specifics include a 55-inch height, 48-inch width, and 34-inch depth, with a weight of 110 lbs, supporting stable and secure operation in commercial kitchens.
Top Cornelius BIB.10080 Features
The Cornelius BIB.10080 Inclined Bag-in-Box Rack offers high-capacity syrup storage with a durable stainless steel frame, equipped with (12) Flojet pumps for precise flow regulation. Its inclined design enhances gravity-fed dispensing, minimizing syrup waste. Designed for ease of maintenance, the system facilitates quick pump access and cleaning, suitable for high-volume beverage service. The four-tier shelving optimizes space and workflow, accommodating multiple bag-in-box units simultaneously. Its compatibility with common bag-in-box sizes makes it versatile for various beverage applications.
- Capacity: Supports multiple bag-in-box configurations with four shelves
- Material: Heavy-duty stainless steel for corrosion resistance and durability
- Ease of Maintenance: Ships pre-assembled with quick access to pumps and regulators
- Workflow Efficiency: Inclined design ensures smooth syrup flow and minimized spillage
- Integration: Supports multiple pump setups with primary and secondary regulators for precise control
Suitable for large beverage stations and commercial kitchens looking for reliable syrup dispensing solutions.
Cornelius BIB.10080 Technical Specs
The Cornelius BIB.10080 unit is constructed from high-grade stainless steel, measuring 55 inches in height, 48 inches in width, and 34 inches deep, with a shipping weight of 110 lbs. It features a self-contained pump system with (12) Flojet pumps, each with primary and secondary regulators for accurate flow management. The system is designed to support standard bag-in-box sizes, with a robust inclined rack that facilitates gravity-assisted syrup flow. Operating within a temperature range suitable for stored products, it eliminates the need for refrigeration, focusing solely on flow control. Its durable construction and pre-assembled setup optimize longevity and operational readiness for busy beverage establishments.
- Electric Requirements: Not applicable as it is pump-driven (hydraulic)
- Material: Stainless steel finish for corrosion resistance and sanitation
- Dimensions: 55" H x 48" W x 34" D
- Shipping Weight: 110 lbs
- Flow Rate: Regulated by primary and secondary Flojet pumps for precise syrup control
- Usage Environment: Suitable for countertop or dedicated syrup station installations
- Electrical Compatibility: Not applicable, pump system is hydraulic
- Pump Mounting: Right-mounted Flojet pumps for streamlined operation
- Construction Material: Heavy-duty stainless steel for durability in commercial environments
- Maintenance: Designed for minimal disassembly with quick pump access
- Flow Regulators: Integrated primary and secondary regulator controls for consistent syrup delivery
What is a commercial Bag-in-Box Syrup Tank System
A commercial Bag-in-Box Syrup Tank System is a professional beverage dispensing setup that stores and manages bulk syrup supplies within a bag-in-box container, connected to a pump or regulator system for controlled dispensation. These systems are commonly installed in large-scale foodservice settings such as restaurants, cafeterias, and beverage stations. The Cornelius BIB.10080 Inclined Bag-in-Box Rack is constructed from durable stainless steel and features multiple pumps regulated for precise syrup flow, supporting efficient operations in high-volume environments. Designed for reliable capacity and ease of maintenance, it is ideal for continuous beverage service requiring minimal downtime and consistent product presentation.
Top Commercial Bag-in-Box Syrup Dispensers for Large Foodservice Operations
Designed for high-volume beverage establishments, the Cornelius BIB.10080 offers a durable, space-efficient solution with precise flow control and modular pump integration, suitable for restaurant and cafeteria applications. Its robust design and reliable performance make it a key component of commercial kitchen equipment.
- Operation for large beverage service — high-capacity syrup management
- Suitable for commercial kitchens — durable stainless steel construction
- Ideal for beverage stations — supports multiple bag-in-box units
- Medium workload — optimized for steady, high-volume dispensing
- Streamlined workflow — easy maintenance and supply replenishment
Why Choose Cornelius BIB.10080 Inclined Bag-in-Box Rack
Compared to standard syrup racks, this model offers a rugged stainless steel frame with an inclined layout for improved syrup flow and minimized spillage. Its pre-assembled, modular design reduces installation time, while the (12) Flojet pumps with dual regulators provide precise control. The unit’s durable construction withstands demanding commercial environments, ensuring reliable operation with minimal maintenance, making it an advanced solution for high-volume beverage dispensing in busy foodservice settings.
- Compact footprint enhances space utilization in busy kitchens
- Self-contained pump system with dual regulators improves flow accuracy
- Heavy-duty stainless steel improves sanitation and longevity
- Pre-assembled design speeds installation and reduces setup time
- Optimized for moderate to large beverage service workloads
