Combination Mode for variable temperature moist heat – 86°F to 575°F (30°C to 300°C)

CSL

Operation

Setting

 

• Turn unit on

• Select desired cooking TEMPERATURE

 

• Select COMBINATION mode and select CR

 

Preheat until set temperature is reached or “warm-up” control light goes out

Select TIMER and set desired cooking time OR select PROBE COOKING and set desired probe “done” temperature OR select continuous operation

or or

• Load mobile oven rack, place or roll into cabinet

CSM

Operation

Set on COMBINATION mode, activate TIMER and set on CR

Preheat until set temperature is reached or “warm-up” control light goes out

Load mobile oven rack, place or roll into cabinet

Setting

Set desired cooking TEMPERATURE

Set desired cooking TIME and activate timer OR set on continuous operation

OR set desired probe “done” temperature and activate PROBE COOKING

or or

CSB

Operation

Set on COMBINATION mode, and set TIMER on Continuous Run

Preheat until set temperature is reached

Setting

Set desired cooking TEMPERATURE 212°F to 575°F (100°C to 300°C)

Set desired cooking TIME OR continuous operation,

OR set desired PROBE (optional) “done” temperature

• Load mobile oven rack, place or roll into cabinet

or

or

CSG

Operation

• Set on COMBINATION mode, set TIMER on CR

 

• Preheat until set temperature is reached

 

or “warm-up” control light goes out

 

• Load mobile oven rack, place or roll into cabinet

Setting

Set desired cooking TEMPERATURE

Set desired cooking TIME

OR set on continuous operation

OR set desired PROBE “done” temperature

or or

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Henny Penny CSG manual Turn unit on

CSG specifications

Henny Penny CSG, or the Continuous Steam Generator, is a groundbreaking piece of kitchen equipment that has gained significant attention in the foodservice industry. Known for its efficiency and versatility, the CSG has transformed the way operators approach cooking, providing consistent results while streamlining various cooking processes.

One of the standout features of the Henny Penny CSG is its powerful steam generation capability. The system operates at high pressure, producing steam quickly and efficiently. This rapid generation of steam not only reduces cooking times but also helps retain the moisture and flavor of the food, resulting in higher-quality dishes. The CSG’s ability to produce continuous steam means that chefs can rely on it for a variety of cooking methods, including steaming, poaching, and even baking.

Technologically, the Henny Penny CSG is equipped with advanced controls that allow for precise temperature and humidity settings. Operators can easily adjust parameters to suit different dishes, ensuring that everything from vegetables to proteins is cooked to perfection. The intuitive digital interface offers real-time feedback, making it simple for staff to monitor cooking processes and make necessary adjustments on the fly.

Another key characteristic of the CSG is its energy efficiency. Designed to minimize water and energy consumption, the Henny Penny CSG not only supports sustainability efforts but also helps operators reduce operating costs. The unit is engineered to use insulated steam jackets that retain heat, maintaining high efficiency while ensuring safety during operation.

Durability and ease of maintenance are additional highlights of the Henny Penny CSG. Constructed with high-quality materials, it withstands the rigors of busy kitchen environments. Regular maintenance is straightforward, with parts designed for easy access and cleaning, ensuring longevity and reliable performance over time.

Overall, the Henny Penny CSG stands out as a versatile and innovative solution for modern kitchens. Its combination of advanced technology, robust construction, and energy efficiency makes it an ideal choice for foodservice operators looking to enhance their cooking capabilities and improve overall menu quality. With its ability to produce consistent results in a fraction of the time, the CSG has proven to be an essential tool for chefs aiming to meet the evolving demands of diners while maintaining operational efficiency.