Lincoln 1600-1G_NAT 80 Inch Gas Conveyor Oven with Glass Access Window 110000 BTU

The Lincoln 1600-1G_NAT Lincoln Impinger® Low Profile™ Oven Package Gas Single Stack is a commercial conveyor oven designed for precise and reliable food processing in high-volume foodservice environments. Engineered by Lincoln Foodservice, this floor-standing unit features a single-deck configuration with a width ranging from 60" to 80", and a depth of 60.5", providing a robust platform for continuous operation. Equipped with a glass access window, radiant finger setup, and a take-off shelf, it ensures efficient workflow for baking, roasting, and heating tasks. Operating at 110,000 BTU with a 120V power supply, it meets high-performance demands while maintaining ease of integration into busy kitchen layouts. Designed for durability and consistent output, this oven supports medium throughput applications, making it suitable for institutions, restaurants, and catering services seeking reliable, high-capacity cooking equipment.

Top Lincoln 1600-1G_NAT Features

The Lincoln Impinger® Low Profile™ Oven Package offers advanced convection technology and durable stainless-steel construction. Its single stack design streamlines workflow, while glass access doors facilitate monitoring during operation. The radiant finger setup ensures even heat distribution, reducing burn risks and cleaning time. Easy-access components promote straightforward maintenance, optimizing turnover in high-demand kitchens. It fits seamlessly into medium-volume foodservice environments, supporting efficient throughput and reliable performance between shifts. Ideal for operations requiring consistent, precise baking or heating in a compact footprint.

• High BTU output: 110,000 BTU for rapid cooking processes
• Stainless steel finish: Ensures durability and ease of sanitation
• Glass access window: Facilitates real-time monitoring and inspection
• Radiant finger setup: Guarantees even heat distribution across the deck
• Includes take-off shelf: Supports smooth production flow and handling

Optimal for medium-volume commercial kitchens seeking reliable conveyor oven performance with easy maintenance

Lincoln 1600-1G_NAT Technical Specs

The Lincoln 1600-1G_NAT conveyor oven features a 120V, single-phase electrical configuration drawing 14.0 amps, with an energy input of approximately 1.68 kW, and is air-cooled for consistent operation. With a total weight of 1049 lbs, it supports a single deck measuring 60" in width and 80" in length, with a height of 44.13". Constructed primarily from stainless steel, it offers superior durability and sanitation. Its operating temperature range supports diverse cooking, roasting, and reheating applications, making it suitable for commercial settings. The unit includes a complete oven with glass access window, radiant finger setup, and a take-off shelf for efficient operation. Vertical ventilation, proper airflow clearance, and routine cleaning are essential for consistent performance. Integration scenarios include electrical connection to 120V outlets, space allocation for maintenance access, and access points for ventilation and exhaust systems.

• Electrical requirements: 120V, 14.0 amps, 120/60/1-ph
• Cooling method: Air-cooled system
• Weight: 1049 lbs (477 kg)
• Dimensions: 80” W x 60.5” D x 44.13” H
• Construction materials: Stainless steel finish for durability and sanitation
• Temperature range: Supports typical cooking and reheating needs within safe limits

What is a commercial conveyor gas oven

A commercial conveyor gas oven is a high-capacity food processing appliance designed for continuous, reliable operation in professional kitchens. It features a conveyor belt system to transport food through a heated chamber, which is powered by natural gas for efficient energy use. The Lincoln 1600-1G_NAT is installed in busy foodservice establishments such as cafeterias, catering facilities, and restaurants, where consistent throughput and uniform cooking are critical. Equipped with a glass access window and radiant heating elements, this oven emphasizes precise temperature control and ease of monitoring. Its robust stainless-steel construction and radiant finger setup ensure durability and even heat distribution, making it ideal for moderate workloads and high-volume baking, roasting, or reheating tasks in commercial environments.

Top Conveyor Gas Ovens for Medium-Volume Foodservice Settings

Designed for medium throughput operations, the Lincoln 1600-1G_NAT provides reliable convection cooking in compact commercial kitchen spaces. Crafted by Lincoln Foodservice, it features a durable stainless steel build and precise heat control, suitable for consistent baking and roasting. Its operation supports efficient workflow in busy foodservice establishments, ensuring high-quality results with minimal downtime.

• Operation type — suited for moderate-volume commercial kitchens
• Kitchen setting — ideal for institutional and restaurant environments
• Foodservice category — supports baking, roasting, and finishing tasks
• Workload qualifier — designed for steady, predictable throughput
• Use case — enhances workflow for preparation and reheating needs

Why Choose Lincoln Foodservice 1600-1G_NAT?

The Lincoln 1600-1G_NAT distinguishes itself through its robust construction, proven reliability, and efficient natural gas operation. Its single deck design maximizes throughput while maintaining ease of access for cleaning and maintenance. Unlike some competitor models, it combines superior heat distribution with a compact footprint suited for medium-volume kitchens, accelerating cooking times and reducing operational costs. Its durable stainless-steel finish ensures longevity, making it suitable for demanding commercial environments that require consistent performance and minimal downtime.

• Compact footprint with a robust stainless-steel exterior
• Proven high BTU output for quick, even cooking
• Designed for reliable, continuous use in foodservice
• Includes glass access window for monitoring without interruption
• Features radiant finger setup for uniform heat distribution