For high-volume kitchens where consistency and throughput are crucial for profitability, this low-profile impinger conveyor oven offers targeted heat control and rapid cooking cycles while minimizing its footprint. Engineers designed the unit to support continuous pizza production with a 110,000 BTU natural gas heat source and a conveyor-driven workflow that reduces cooking variation. Operators benefit from predictable yields, faster service times, and simplified maintenance within a compact stainless workline envelope.
LongDescription#@#NA#@@#Cleaning Instructions#@#Unplug the oven and close the gas valve. Remove conveyor belt panels per manual. Wipe interior and conveyor with a mild detergent and a soft cloth; avoid abrasive pads. Clean vent and grease troughs to remove buildup and reduce fire risk. Vacuum condenser and burners to improve efficiency. Inspect door seals and controls; tighten or replace worn parts. Dry all surfaces thoroughly before restoring 120v power and reopening the gas supply.#@@#Additional Info#@#The Lincoln Impinger model 1600-000-U delivers 110,000 BTU natural gas heat with a 120v control system. It measures 80" wide, 44.13" high, 60.5" deep, and weighs 850 pounds, ensuring consistent cooking for high-volume foodservice.#@@#General Info#@#Description #@#
For high-volume kitchens where consistency and throughput are crucial for profitability, this low-profile impinger conveyor oven offers targeted heat control and rapid cooking cycles while minimizing its footprint. Engineers designed the unit to support continuous pizza production with a 110,000 BTU natural gas heat source and a conveyor-driven workflow that reduces cooking variation. Operators benefit from predictable yields, faster service times, and simplified maintenance within a compact stainless workline envelope.
#@@# Conveyor Throughput#@#
The continuous conveyor mechanism ensures steady product flow and precise exposure time control, enabling repeatable results across large runs. The combination of conveyor speed and airflow management reduces manual handling and stabilizes bake profiles, ensuring crust and topping integrity.
#@@# Compact Footprint#@#
The low-profile housing reduces overall height to fit under existing hood systems while maintaining an 80-inch width for broad loading. This configuration allows kitchens to increase capacity without significant hood rework or additional floor space requirements.
#@@# High Thermal Output#@#
A 110,000 BTU natural gas system provides rapid recovery and uniform heat distribution throughout the cooking chamber, supporting short cycle times for high-turnover menus. This high input accommodates dense loading scenarios and maintains temperature under continuous demand.
#@@# Electrical Compatibility#@#
The oven operates on standard 120v service and has a defined electrical draw of approximately 32,200 Watts, simplifying integration into existing kitchen power schemes. Facilities can plan service circuits with predictable load characteristics, reducing the need for unexpected electrical upgrades.
#@@# Robust Construction#@#
Designed for commercial environments, the assembly utilizes heavy-duty materials and certified components to withstand continuous operation and rigorous cleaning protocols.
#@@#Delivery Details#@#
• Please ensure to handle the product with utmost care.
• Check if the product you have received has all the essential parts and accessories.
• Make sure to examine the product for damage before signing the delivery receipt.
• Contact customer service for delivery concerns.
• Delivery times may vary based on location.#@@#deliverynotes#@#NA#@@#Maintenance Guide#@#Inspect conveyor belts weekly for wear; adjust tracking and tension per manufacturer instructions to prevent misalignment and uneven cooking. Clean crumb and grease buildup from the tunnel and burners daily using non-abrasive cleaners rated for commercial kitchens. Verify gas connections and test for leaks monthly using approved soap solution. Calibrate thermostat quarterly and record temperature verification. Replace door seals when gaps exceed specification to maintain thermal efficiency.