S A N I T A T I O N

Food flavor and aroma are usually so closely related that it is difficult, if not impossible, to separate them. There is also an important, inseparable relationship between cleanliness and food flavor. Cleanliness, top operating efficiency, and appearance of equipment contribute considerably to savory, appetizing foods.

Good equipment that is kept clean, works better and lasts longer.

Most food imparts its own particular aroma and many foods also absorb existing odors. Unfortunately, during this absorption there is no distinction between GOOD and BAD odors. The majority of objectionable flavors and odors troubling food service operations are caused by bacteria growth. Sourness, rancidity, mustiness, stale or other OFF flavors are usually the result of germ activity.

The easiest way to insure full, natural food flavor is through comprehensive cleanliness. This means good control of both visible soil (dirt) and invisible soil (germs). A thorough approach to sanitation will provide essential cleanliness. It will assure an attractive appearance of equipment, along with maximum efficiency and utility. More importantly, a good sanitation program provides one of the key elements in the prevention of food-borne illnesses.

A controlled holding environment for prepared foods is just one of the important factors involved in the prevention of food-borne illnesses. Temperature monitoring and control during receiving, storage, preparation, and the service of foods are of equal importance.

The most accurate method of measuring safe temperatures of both hot and cold foods is by internal product temperature. A quality thermometer is an effective tool for this purpose, and should be routinely used on all products that require holding at a specific temperature.

A comprehensive sanitation program should focus on the training of staff in basic sanitation procedures. This includes personal hygiene, proper handling of raw foods, cooking to a safe internal product temperature, and the routine monitoring of internal temperatures from receiving through service.

Most food-borne illnesses can be prevented through proper temperature control and a comprehensive program of sanitation. Both these factors are important to build quality service as the foundation of customer satisfaction. Safe food handling practices to prevent food-borne illness is of critical importance to the health and safety of your customers.

HACCP, an acronym for Hazard Analysis (at) Critical Control Points, is a quality control program of operating procedures to assure food integrity, quality, and safety. Taking steps necessary to augment food safety practices is both cost effective and relatively simple. While HACCP guidelines go far beyond the scope of this manual, additional information is available by contacting:

CENTER FOR FOOD SAFETY AND APPLIED NUTRITION FOOD AND DRUG ADMINISTRATION 1-888-SAFEFOOD

INTERNAL FOOD PRODUCT TEMPERATURES

H OT FOOD S

DANGER ZONE

40° TO 140°F

(4° TO 60°C)

CRITICAL ZONE

70° TO 120°F

(21° TO 49°C)

SAFE ZONE

140° TO 165°F

(60° TO 74°C)

 

COLD FOOD S

 

DANGER ZONE

ABOVE 40°F

(ABOVE 4°C)

SAFE ZONE

36° TO 40°F

(2° TO 4°C)

 

FROZEN FOOD S

 

DANGER ZONE

ABOVE 32°F

(ABOVE 0°C)

CRITICAL ZONE

0° TO 32°F

(-18° TO 0°C)

SAFE ZONE

0°F or below

(-18°C or below)

deluxe control smokers • installation/operation/service manual - pg. 21

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Alto-Shaam 1000-SK/III, 1200-SK/III manual N I T a T I O N
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1000-SK/III, 1200-SK/III specifications

Alto-Shaam 1200-SK/III and 1000-SK/III are innovative cooking solutions designed for food service operations seeking efficiency, versatility, and quality. These heated holding cabinets are uniquely constructed to manage food temperature and quality, ensuring that meals remain hot and fresh for extended periods without compromising taste or texture.

One of the standout features of the Alto-Shaam 1200-SK/III is its patented Halo Heat technology. This technology provides consistent heat distribution throughout the cabinet, minimizing the risk of overcooking or drying out food. Halo Heat creates a gentle, even warmth that preserves food quality by maintaining the natural moisture levels. Additionally, it eliminates the need for water pans, simplifying the operating process and reducing maintenance tasks.

On the other hand, the 1000-SK/III model showcases similar capabilities but in a more compact size, making it ideal for establishments with limited space. Both models are designed with a digital control panel that allows for precise temperature adjustments from 80°F to 200°F, accommodating various food holding requirements and settings. This control feature not only streamlines operation but also enhances user experience, making it easy to monitor and maintain optimal food temperatures.

The construction of both models emphasizes durability and ease of use. They are built with stainless steel exteriors and interiors, ensuring long-lasting performance and easy cleaning. The accessibility of the interior space also allows for convenient loading and unloading of food pans, enhancing workflow in busy kitchen environments.

Energy efficiency is another important characteristic of the Alto-Shaam 1200-SK/III and 1000-SK/III. They are designed to consume less electricity while delivering exceptional performance. This not only helps businesses save on energy costs but also aligns with the growing emphasis on sustainability within the food service industry.

In summary, the Alto-Shaam 1200-SK/III and 1000-SK/III boast an array of essential features including innovative Halo Heat technology, adjustable temperature controls, durable construction, and energy efficiency. Together, these models provide a reliable solution for food service operators looking to maintain the integrity of their dishes while enhancing overall operational efficiency. Whether for high-capacity operations or smaller kitchens, these heated holding cabinets are valuable assets in delivering high-quality dining experiences.
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