The Tri-Star AS-2065844 Radiant Cast Heavy Duty Cooler Kin is a commercial-grade cooling component designed for demanding foodservice applications. Constructed from durable cast materials, it provides reliable thermal performance in heavy-duty environments. This model features a robust build suitable for high-impact kitchen workflows, with a precise dimension of 2.2 inches in height, 2.25 inches in width, and 21.2 inches in depth. Its technical specifications include a lightweight of 0.28 lbs, ensuring ease of installation and maintenance in intensive operation settings. Ideal for integration into commercial cooling systems, the Radiant Cast Coo Klin enhances workflow efficiency in cafeteria, restaurant, or institutional kitchens needing dependable temperature control and long-term durability.
Top AllPoints AS-2065844 Features
The AllPoints AS-2065844 radiator features high thermal conductivity cast construction for optimal heat transfer, designed to withstand demanding frequent cleaning and sterilization routines. Its heavy-duty materials contribute to longevity in high-traffic kitchen environments, while its compact form facilitates seamless integration into existing refrigeration units. The component's precise dimensions enable easy mounting within constrained spaces, supporting efficient workflows in commercial kitchens. Engineered for stability and ease of service, the radiators promote consistent cooling performance across extended operational hours.
- Durable cast metal construction ensuring long-term resilience
- Compact dimensions optimize space in tight kitchen layouts
- High thermal conductivity for efficient heat dissipation
- Corrosion-resistant finish extends equipment lifespan
- Easy disassembly for maintenance minimizes downtime
Designed for commercial refrigeration systems requiring resilient, efficient cooling components.
AllPoints AS-2065844 Technical Specs
The AllPoints AS-2065844 model features a robust cast construction with dimensions of 2.2 inches in height, 2.25 inches in width, and 21.2 inches in depth, with a weight of only 0.28 lbs for straightforward installation. It is engineered for heavy-duty applications, offering high thermal conductivity to ensure rapid and uniform cooling. The component is suitable for integration into commercial refrigeration units, with corrosion-resistant properties that enhance durability under frequent cleaning routines. It is designed for compatibility with various foodservice cooling systems and provides reliable thermal performance in demanding environments. The unit’s compact size allows for installation in confined spaces typical of high-volume kitchen environments, supporting ongoing operational efficiency. Its construction materials adhere to food safety standards, facilitating maintenance and sanitation routines.
- Electrical Requirements: Not applicable, designed for system compatibility
- Cooling Method: Passive heat transfer via cast metal conduit
- Refrigeration Type: Integrated within self-contained refrigeration systems
- Cube/Output Type: Not applicable; part of cooling infrastructure
- Construction & Finish: Cast metal with corrosion-resistant coating
- Dimensions: 2.2" H x 2.25" W x 21.2" D; 0.28 lbs weight
- Temperature Resistance: Suitable for standard refrigeration operating ranges
- Maintenance & Cleaning: Easily disassembled for routine cleaning
- Usage Compatibility: Compatible with commercial refrigeration units
- Replacement Parts & Accessories: Not applicable, integrated design
- Electrical Compatibility: Not critical due to passive heat transfer design
- Placement & Installation: Mounts seamlessly within refrigerated systems for optimal airflow
- Drainage & Clearance: Requires minimal clearance; straightforward cleaning access
- Material Safety: Food-safe cast metals compatible with cleaning routines
- Structural Support: Designed for secure mounting in heavy-use environments
What is a commercial cooling component?
A commercial cooling component such as the Tri-Star AS-2065844 Radiant Cast Hvy Duty Coo Klin is a vital part of refrigeration systems, designed to facilitate heat exchange and temperature regulation in high-demand foodservice environments. Made from durable cast metals, it ensures consistent thermal performance under rigorous daily use. Installed in refrigerated units like walk-in coolers or undercounter systems, this component supports food safety and efficient operation for restaurants, cafeterias, and institutional kitchens, making it essential for maintaining product freshness and operational continuity.
Top commercial cooling components for high-volume foodservice settings
Constructed from resilient cast materials, the Tri-Star AS-2065844 is engineered for reliable, long-term service in demanding environments such as large-scale restaurants and institutional kitchens. Its compact profile supports efficient workflows, with a design optimized for heavy-duty refrigeration systems suitable for mid-volume foodservice operations.
- Operation Type — e.g., high-capacity commercial refrigeration
- Kitchen Setting — e.g., large-scale institutional kitchens
- Foodservice Category — e.g., commercial refrigeration infrastructure
- Workload Qualifier — e.g., sustained heavy-duty use
- Use Case — e.g., supporting temperature stability in busy kitchens
Why Choose AllPoints AS-2065844 ?
The AllPoints AS-2065844 stands out from similar heavy-duty cooling components with its robust cast construction and corrosion-resistant finish, ensuring durability and consistent thermal performance. Its compact, lightweight design simplifies integration into existing refrigeration systems, reducing installation time. The model's reliability enhances operational efficiency by delivering dependable cooling performance in demanding kitchen environments, supporting cleanliness and maintenance routines with minimal downtime.
- Built for long-term durability in commercial kitchen equipment
- Compact footprint supports tight space installations
- Corrosion-resistant finish extends unit lifespan
- Designed for seamless integration into refrigerated systems
- Provides consistent thermal transfer with minimal maintenance
