The Garland 3089099 Sub Manifold Assy M110x is a critical component in refrigeration systems manufactured by Garland, designed for precise fluid distribution within commercial cooling units. Constructed with durable materials to meet high-performance standards, this OEM sub manifold assembly features a standardized M110x connection, ensuring reliable integration with compatible refrigeration equipment. Its technical specifications include a compact footprint of 5.95 inches width, 8.7 inches depth, and a height of 2.85 inches, optimized for undercounter and modular installations. Engineered for use in food and beverage refrigeration applications, it provides accurate refrigerant flow control and enhances system efficiency, making it suitable for mid-volume foodservice operations requiring robust, dependable performance.
Top AllPoints 3089099 Features
The Garland 3089099 Sub Manifold Assy M110x offers precise refrigerant management through its OEM-grade connection. Its corrosion-resistant construction ensures long-term durability, simplifying maintenance in busy kitchen environments. Designed for straightforward installation, it facilitates efficient system servicing and minimizes downtime. The component adapts seamlessly to existing Garland refrigeration units, supporting consistent workflow in commercial kitchen setups. Its technical design enhances airflow accuracy within refrigeration circuits, improving overall system performance.
- Functionality: Ensures accurate refrigerant flow with M110x connection
- Durability: Crafted from corrosion-resistant materials for prolonged use
- Ease of Maintenance: Facilitates quick disassembly and system upkeep
- Use Case: Compatible with Garland refrigeration units in foodservice facilities
- Workflow Benefit: Supports reliable operation with minimal system disruption
Ideal for replacing worn or damaged sub manifolds in commercial refrigeration systems requiring precise fluid control
Garland 3089099 Technical Specs
The Garland 3089099 Sub Manifold Assy M110x operates without electrical requirements, focusing solely on fluid management within refrigeration systems. Constructed primarily from high-grade metals, it features a compact form factor with dimensions of 5.95 inches in width, 8.7 inches in depth, and 2.85 inches in height, weighing around 1.2 pounds for easy handling. Its corrosion-resistant materials withstand temperature ranges typical in commercial cooling environments, ensuring maximum operational reliability. Designed for system integration, this OEM component supports precise refrigerant distribution in moderate throughput applications, making it suitable for food storage and display units. The assembly is compatible with standard M110x fittings, ensuring seamless installation and maintenance in a variety of commercial kitchen settings.
- Electrical Requirements: None; purely fluid management component
- Construction & Finish: Made from stainless steel and high-strength alloys
- Dimensions: 5.95" W x 8.7" D x 2.85" H
- Weight: Approx. 1.2 lbs
- Temperature Resistance: Operates within typical refrigeration temperature ranges (-20°F to 120°F)
- Material Safety: Meets food-safe standards suitable for foodservice environments
- Material Gauge: Heavy-duty construction for high-pressure resistance
- Cleaning & Maintenance: Disassembly-friendly design with accessible fittings
- Usage Compatibility: Compatible with Garland refrigeration systems, supporting reliable refrigerant flow
- Installation & Requirements: Requires standard plumbing connections, clearance for servicing, and proper airflow for system efficiency
What is a commercial sub manifold assembly?
A commercial sub manifold assembly is a vital component in refrigeration systems, facilitating the distribution of refrigerant between various system parts. This OEM Garland 3089099 Sub Manifold Assy M110x is designed for installation within commercial cooling units such as undercounter refrigerators and display cases. It ensures precise fluid flow management, which is essential for maintaining optimal system pressure and efficiency. Made from durable materials, it withstands the demanding operating conditions typical in foodservice environments. Its compatibility with standard M110x fittings allows straightforward integration, making it suitable for mid-volume refrigeration applications across diverse foodservice settings, from supermarkets to restaurant kitchens, supporting reliable refrigeration performance.
Top Commercial Refrigeration Components for Foodservice Environments
Designed for reliable refrigerant flow control, the Garand 3089099 OEM sub manifold enhances system efficiency and durability in commercial kitchens with moderate workflow demands. Garland 3089099 supports precise installation and maintenance, making it ideal for food storage and display units in busy foodservice operations.
- Operation Type — Suitable for food storage refrigeration units
- Kitchen Setting — Ideal for undercounter and modular kitchen layouts
- Foodservice Category — Suitable for coolers, display cases, and storage systems
- Workload Qualifier — Designed for moderate throughput, ensuring system reliability
- Use Case — Replaces worn or damaged manifold assemblies in commercial refrigeration
Why Choose AllPoints 3089099?
AllPoints 3089099 Sub Manifold Assy M110x provides a high-quality OEM replacement with robust construction and precise refrigerant management. Its corrosion-resistant materials and streamlined design enhance system reliability, reduce maintenance time, and improve overall efficiency in commercial refrigeration systems. The assembly’s compatibility with Garland units ensures seamless integration, supporting dependable performance in foodservice environments that demand consistent cooling and minimal downtime.
- Compact footprint suits tight installation spaces in commercial kitchens
- Built with corrosion-resistant metals for long-term durability
- Supports efficient refrigerant flow reducing system energy consumption
- Designed for straightforward installation and quick servicing
- Optimized for consistent performance in moderate workload scenarios
