The Micro Matic CDI232-BF Barriermaster Flavorlock Trunk Line is a professional-grade beverage trunk housing designed for commercial foodservice applications requiring precise fluid distribution. Featuring a 3/8" inner diameter and dual product setup, it incorporates two glycol lines for effective temperature management. The color-coded tubing enhances installation accuracy, while the aluminum foil cold transfer wrap provides thermal insulation, maintaining beverage quality across high-volume operations.
Top Micro Matic CDI232-BF Features
The CDI232-BF model offers two integrated product units with glycol lines, ensuring consistent temperature control within beverage distribution systems. Constructed with high-quality materials, it features NSF-compliant components and tubing designed for durability in commercial environments. The standardized 3/8" I.D. connectors facilitate straightforward installation and maintenance, suitable for cold beverage lines in busy kitchens, bars, and hospitality facilities. Its modular setup supports efficient workflow integration for large-scale beverage dispensing. As a reliable, straightforward solution for trunk line connectivity, it enhances operational efficiency and product consistency.
- Dual product setup with glycol lines for temperature stability
- Color-coded tubing simplifies installation and troubleshooting
- Aluminum foil cold transfer wrap provides thermal insulation
- 3/8" I.D. connector dimensions ensure compatibility with standard fittings
- Durable materials with NSF compliance for long-term use
Ideal for refreshing beverage lines in commercial kitchen and bar settings requiring reliable temperature management.
Micro Matic CDI232-BF Technical Specs
The CDI232-BF beverage trunk housing features a self-contained, durable construction primarily made from corrosion-resistant materials suitable for continuous operation in cold environments. Its 3/8" I.D. tubing connectors are designed for compatibility with standard beverage lines, supporting dual products with glycol lines for precise temperature regulation. The product operates without electrical requirements, relying on thermal insulation and glycol circulation to maintain optimal beverage temperatures. The dimensions support modular setup within commercial beverage systems, with an overall weight optimized for installation ease. The aluminum foil cold transfer wrap enhances thermal efficiency, ensuring minimal temperature fluctuation during use. Its NSF compliance signifies adherence to food safety standards, promoting safe, clean dispensing of beverages across medium-volume settings.
- Electrical Requirements: None (passive temperature management)
- Cooling Method: Thermal insulation with glycol circulation
- Construction & Finish: Aluminum foil wrap, durable plastic tubing
- Dimensions: Standard 3/8" I.D. tubing length, suitable for modular setups
- Weight: As specified for installation stability and handling ease
- Temperature Resistance: Operates effectively within standard beverage temperature ranges
- Food Safety: NSF-compliant materials supporting sanitation and cleaning
- Usage Compatibility: Fits standard beverage lines, enabling seamless integration
- Maintenance: Easy disassembly for routine cleaning; no electrical components
What is a commercial beverage trunk housing?
A commercial beverage trunk housing is a specialized component used in large-scale beverage dispensing systems to route liquids effectively while maintaining temperature integrity. It typically features connectors like 3/8" I.D. fittings, insulation elements such as aluminum foil wraps, and optional glycol lines for cooling. Installed in beverage stations or large-volume kitchens, these units support reliable, consistent beverage flow and temperature control, making them essential for efficient hospitality operations, office cafeterias, or institutional foodservice environments. The Micro Matic CDI232-BF represents this category by providing a dual product setup with thermal insulation, designed for robust, long-lasting performance in demanding settings.
Top Commercial Beverage Trunk Housing for Hospitality and Foodservice
The Micro Matic CDI232-BF provides a robust, temperature-controlled solution for beverage distribution in medium-volume commercial kitchens and bars, supporting efficient and sanitary operations. Its durable construction and dual glycol lines facilitate precise beverage temperature management during high-traffic periods, making it ideal for hospitality settings requiring consistent product quality and reliable integration. Micro Matic CDI232-BF is engineered for seamless workflow support in demanding foodservice environments, ensuring operational reliability and food safety compliance.
- Operation Type — suited for medium throughput foodservice environments
- Kitchen Type — compatible with busy commercial kitchen setups
- Foodservice Category — ideal for beverage dispensing networks
- Workload Qualifier — supports moderate-volume beverage delivery
- Use Case — optimized for multi-product beverage distribution and temperature control
Why Choose Micro Matic CDI232-BF
Micro Matic CDI232-BF distinguishes itself from competing beverage trunk solutions through its dual product capability with glycol lines, durable and NSF-compliant materials, and thermal insulation wrap. Its modular design supports fast installation and straightforward maintenance, reducing downtime and operational costs. The high-quality construction enhances temperature stability, ensuring beverage integrity, while its corrosion-resistant materials meet the rigorous demands of commercial environments. These features collectively improve workflow efficiency, sanitation, and product presentation across professional food and beverage service settings.
- Compact footprint designed for limited space installations
- Self-contained, passive temperature regulation reduces energy consumption
- Built with corrosion-resistant, NSF-compliant components for longevity
- Dual product and glycol lines support multi-beverage configurations
- Thermal insulation minimizes temperature fluctuation during prolonged use
