The Duke OPAH-1H2C_217152 EconoMate™ Combination Hot/Cold Portable Buffet is a commercial-grade serving counter designed for versatile food presentation in foodservice environments. This model features a stainless steel top and an enclosed steel base with a durable powder coat finish, providing corrosion resistance and longevity. Its compact dimensions of 44-3/8 inches in width and 22-1/2 inches in depth facilitate efficient space utilization. Key technical components include two ice-cooled stainless steel cold pans, each 5 inches deep, and a hot well with an infinite switch for precise temperature control. The total weight of 242 pounds and open rear design with a bottom shelf support easy access and maintenance, making it suitable for mid-volume catering, buffets, and event setups. It integrates seamlessly into foodservice operations requiring reliable hot and cold display functionality.
Top Duke OPAH-1H2C_217152 Features
The Duke OPAH-1H2C_217152 combines dual-function hot and cold dispensing with a stainless steel construction for durability in commercial kitchens. Its open rear design aids cleaning and access, while the 44-3/8-inch width fits compact foodservice stations. Equipped with stainless steel cold pans, a hot well with an infinite switch, and a powder-coated foundation, it offers efficient workflow integration for catering, buffets, and hospitality settings.
- Dual-temperature performance: Hot well and ice-cooled cold pans for menu flexibility
- Industrial-grade materials: Stainless steel top and cold pans withstand heavy use
- Ease of maintenance: Open rear design with bottom shelf for quick service access
- Space-efficient design: Fits in tight service areas with overall dimensions of 44-3/8"W x 36.5"D
- Reliable operation: Enclosed powder coat base enhances durability and corrosion resistance
Ideal for establishments needing adaptable hot and cold food presentation in confined kitchens or mobile setups
Duke OPAH-1H2C_217152 Technical Specs
The Duke OPAH-1H2C_217152 features a self-contained refrigeration system with a total weight of 242 lbs and dimensions of 44-3/8 inches wide by 36.5 inches deep, supporting moderate-volume service. It operates on standard electrical requirements and employs air-cooled refrigeration with a maximum operating temperature suitable for food safety standards. The stainless steel top and cold pans ensure food safety, ease of cleaning, and long-term durability. The product is NSF and UL listed, confirming compliance with industry standards for commercial kitchen equipment. Designed for easy disassembly, routine maintenance involves straightforward cleaning of stainless steel surfaces and components. Its open rear design allows convenient access for servicing and adjustments while supporting efficient workflow. The unit’s operating temperature range supports food preservation, with a focus on durability and sanitation in busy foodservice environments.
- Electrical requirements: Standard 120V, 60Hz, single-phase, 15A wiring
- Cooling method: Air-cooled self-contained refrigeration system
- Production capacity: Supports moderate throughput with integrated hot and cold function
- Construction: Stainless steel top, powder-coated steel base for durability
- Dimensions: Width: 44-3/8"; Depth: 36.5"; Height: 52.07"
- Material safety: Food-grade stainless steel, easy to clean
- Temperature range: Supports safe food holding at appropriate temperatures
- Electrical compatibility: Requires standard 120V supply with appropriate circuit
- Drainage setup: Includes drainage provisions for easy cleaning
- Ventilation needs: Proper airflow clearance of at least 4 inches on all sides for optimal cooling
- Service access: Open rear configuration facilitates maintenance and component replacement
- Installation space: Must accommodate dimensions and airflow for safe operation
What is a commercial serving counter?
A commercial serving counter is a specialized piece of kitchen equipment designed for presentation and self-service of hot and cold foods in foodservice settings. It typically includes features such as stainless steel construction, integrated refrigeration, and hot wells, supporting consistent temperature control and food safety. The Duke OPAH-1H2C_217152 EconoMate™ Combination Hot/Cold Portable Buffet exemplifies this category, with its open rear design, stainless steel top, and versatile dual-function operation. It is installed in buffet lines, catering setups, and hospitality venues, making it suitable for mid-volume restaurant service and event catering that requires reliable hot and cold food display solutions.
Top Portable Hot & Cold Serving Counters for Foodservice Environments
Designed for efficient versatility, the Duke OPAH-1H2C_217152 offers robust construction, reliable dual-function performance, and easy maintenance, making it ideal for mid-volume catering, buffet lines, and hospitality service. Its open rear design supports seamless workflow in various foodservice operations, with product resilience for demanding commercial use.
- Operation type — suitable for buffet and catering service
- Foodservice setting — compact for mobile or limited-space environments
- Food presentation — ideal for hot and cold display needs
- Workload qualifier — supports moderate throughput in busy settings
- Use case — flexible setup for event, catering, or quick-service venues
Why Choose Duke Duke OPAH-1H2C_217152
Why choose the Duke OPAH-1H2C_217152 compared to other portable buffet units? Its durable stainless steel components, self-contained refrigeration system, open rear access for maintenance, and compact footprint deliver reliable performance in diverse foodservice environments. It enhances operational efficiency, maintains food safety, and supports versatile presentation in catering and buffet applications.
- Self-contained system eliminates external refrigeration dependencies
- Open rear design simplifies service and cleaning routines
- Constructed with high-grade stainless steel for durability
- Compact form factor optimized for limited kitchen space
- Designed for moderate-volume display with reliable thermal control
