The Alto-Shaam Hot Display Case has been thoroughly
tested, checked for calibration, and inspected to insure only
the highest quality display case is provided. When you
receive your cabinet, check for any possible shipping
damage and report it at once to the delivering carrier.
Transportation Damage and Claims section located in this manual.
See
In order to maintain established National Sanitation
Foundation standards, all stationary floor models must be
sealed to the floor with a R.T.V. or silastic meeting N.S.F.
requirements or have 6"(153mm) unobstructed clearance
beneath the unit. Counter and table units must be mounted
on legs of a sufficient 4"(102mm) height to provide minimum
unobstructed space beneath the unit. These legs are
supplied with the unit. Warranty will become null and void
if these directions are not followed. Save all the information
and instructions packed inside the deli case. Complete and
return the warranty card to the factory as soon as possible to
assure prompt service in the event of a warranty parts and
labor claim.
NOTE: Any and all claims for warranty must include the full model
number and serial number of the unit.
ELECTRICAL INSTALLATION
1. An identification tag is permanently mounted on case.
SERIAL NUMBER AND WARRANTY CODE
IDENTIFICATION MODEL NUMBER
MODEL
SERIAL NO.WATTS
VOLTS
MAXIMUM RATED VOLTAGEMAXIMUM RATED FREQUENCY
EXAMPLE
xxx-xx
xxxx-xxxxxx
ALTO-SHAAM INC. MILW. WI. PAT. NO. 3521030
AC
1 PH
MAXIMUM RATED
WATTAGE
xx
HZxxx
2. A proper receptacle or outlet configuration or permanent
wiring for this unit must be installed by a licensed electrician
in accordance with applicable, local electrical codes.
3. Plug the case into a properly grounded receptacle only,
positioning the unit so that the power cord is easily
accessible in case of an emergency. Arcing will occur
when connecting or disconnecting the display case
unless all controls are in the OFF position.
ENSURE POWER SOURCE
MATCHES VOLTAGE STAMPED
ON NAMEPLATE OF UNIT
OPERATIONAL PROCEDURES
1. DO NOT ADD WATER TO THE CASE
Halo Heat display cases maintain a constant but gentle
temperature and eliminate much of the moisture loss
associated with conventional display cases. Because of
this gentle heat, it is not necessary to add water to the
deli case. As a matter of fact, adding water is notrecommended since water will accelerate the
deterioration of the product, and may damage the case.
2. PLACE DIVIDERS and SERVING PANS IN CASE
Refer to the pan layout diagrams for different types of
pan accommodations. A complete pan configuration
layout is located in this manual. It is very important to
note, no matter what type of pan configuration you
choose, pan separator bars or divider bars must be used
to close all gaps between pans, and all gaps between the
pans and the edges of the display case. If these gaps are
not closed, most of the heat will be pulled out of the
bottom of the case, into the display area. As a
consequence, heat distribution will be uneven and
uniform temperature will be difficult to hold. If needed,
additional pan divider bars are available.
3. TURN DISPLAY LIGHTS “ON” AND SET THE
THERMOSTAT(s) AT NUMBER “10” TO PREHEAT
A indicator light will illuminate when the thermostat(s) is
(are) turned “ON.” The indicator(s) will remain lit as
long as the unit is preheating or calling for heat. The unit
should be preheated, at the number 10 setting, for a
minimum of twenty minutes before loading the case with
food. When preheating is completed, or whenever the
unit reaches any temperature set by the operator between
1 and 10, the indicator light(s) will go “OUT”.
4. LOAD HOT FOODS INTO THE UNIT
Be certain only hot food is transferred into the display
case. Before loading food into the case, use a pocket-type
meat thermometer to make certain all products have
reached an internal temperature of 140° to 160° F. (60° to
71°C). If any food product is not at proper serving
temperature, use a Halo Heat cooking and holding oven,
set at 250° to 275°F (121° to 135°C), or a Combitherm oven
to bring the product within the correct temperature range.
5. RESET THERMOSTAT AS NEEDED
After all product is loaded into the unit and the doors
are closed, reset the thermostat. For fully enclosed cases,
reset the thermostat to number 8. For self-service units,
maintain the thermostat at number 9 or 10. Cases with a
self-service section should be set at number 9 or 10 for the
self-service section only. These settings will not necessarilybe final. Proper temperature range depends on the type
of products and the quantities being held, so it is
necessary to periodically use a pocket thermometer to
check each item to make certain the correct temperatures
are being maintained. Proper temperature range is
between a minimum of 140-160°F (60°-71°C). Normally
this will require a thermostat setting between 6 and 8 in
fully enclosed cases. Self-service cases or sections will
always require a higher setting.
6. PLACEMENT OF FOOD PROBE (OPTIONAL)
If the unit is equipped with the probe accessory, wipe
each probe and probe tip with a disposable alcohol pad
to clean and sanitize before using. If the probe is left in
its bracket, the LED temperature display will indicate the
ambient air temperature inside the case. To place a probe
into food kept in the case, remove the probe from the
bracket and push the probe tip halfway into the product,
positioning the tip at the center of the food mass. If
placing into solid foods such as meat roast or poultry
breasts, push the probe in from a straight downward
position or in from the side to the center position. If
placing into a semi-liquid or liquid product, the probe
cable will probably need to be secured to keep the probe
positioned properly. Do not let the probe tip touch the
DISCONNECT UNIT FROM POWER
SOURCE BEFORE
CLEANING OR SERVICING
#895 Operation & Care Manual • 1.
edges or side of the container. Tape the probe cable to the
Hood glass extended to the full upright
position is stabilized through the use
of gas struts designed for the full
load bearing weight. These struts
could weaken or fail due to wear,
environmental conditions or aging.
Operators should be aware of any decrease in effort to lift
the hood and initiate an immediate gas strut safety check.
DO NOT LIFT THE HOOD IN THIS CONDITION.
lip or edge of the container. Wipe each probe tip with
a clean paper towel to remove food debris after each use.
Follow by wiping probes with a disposable alcohol pad.
Return each probe to the proper bracket position.
7. SERVE FRESH HOT DELI FOOD
Keep hot deli foods looking fresh. Occasionally stir or
rotate foods as needed. Serve products in the proper
package or container. Keep display case doors closed
after serving. Wipe spills immediately to assure
maximum eye appeal and ease end of the day cleanup.
CARE and CLEANING
The cleanliness and appearance of this
unit will contribute considerably to operating
efficiency and savory, appetizing food.
Good equipment that is kept clean works
better and lasts longer.
CLEAN THE PROBES DAILY
1.
Remove all food soil from probes. Wipe entire probe and
cable assembly with warm detergent solution and a clean
cloth. Remove detergent by wiping each probe and cable
with clean rinse water and a cloth. Wipe probes with
disposable alcohol pad or sanitizing solution recommended for food contact surfaces. Allow probe and cable to air
dry in probe holding bracket.
At no time should the inside or outside
of the cabinet be washed down,
flooded with water or liquid solution.
Do not use water jet to clean.
NEVER STEAM CLEAN.
Severe damage or electrical
hazard could result.
Disconnect Unit from
Power Source Before
Cleaning or Servicing.
Ensure Power Source
Matches Voltage Stamped on
Nameplate of Unit
2. THOROUGHLY CLEAN THE UNIT DAILY
A. Turn lights and adjustable thermostat(s) to the “OFF”
position, and disconnect unit from power source.
B. Remove, cover or wrap, and store unused products
under refrigeration.
C. Clean the interior metal surfaces of the cabinet with
a damp cloth and any good alkaline or alkaline
chlorinated based commercial detergent or grease
solvent at the recommended strength.
Use a plastic scouring pad or oven
cleaner for difficult areas. Avoid the use
of abrasive cleaning compounds, chloride
based cleaners, or cleaners containing
quaternary salts. Rinse well to remove
all residue and wipe dry.
NOTE: Never use hydrochloric acid (muriatic
acid) on stainless steel.
D. Clean the glass with a window cleaner.
E. To help maintain the protective film coating on
polished stainless steel, clean the exterior of the unit
with a cleaner recommended for stainless steel
surfaces. Spray the cleaning agent on a clean cloth and
wipe with the grain of the stainless steel.
Always follow appropriate state or local health (hygiene)
regulations regarding all applicable cleaning and sanitation
requirements for equipment.
!
CAUTION
SAFETY ALERT
This units performance has been
optimized using the factory provided
bulbs. These bulbs should be
replaced with an exact
replacement or with a factory
recommended replacement. These bulbs have
been treated to resist breakage and
must be replaced with similarly
treated bulbs in order to maintain
compliance with NSF standards.
#895 Operation & Care Manual • 2.
SANITATION GUIDELINES
GENERAL HOLDING GUIDELINES
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 temper-
atures of both
INTERNAL FOOD PRODUCT TEMPERATURES
HOT FOODS
DANGER ZONE40° TO 140°F(4° TO 60°C)
CRITICAL ZONE70° TO 120°F(21° TO 49°C)
SAFE ZONE140° TO 165°F(60° TO 74°C)
COLD FOODS
DANGER ZONEABOVE 40°F(ABOVE 4° C)
SAFE ZONE36°F TO 40° F(2°C TO 4°C)
FROZEN FOODS
DANGER ZONEABOVE 32°F(ABOVE 0° C)
CRITICAL ZONE0° TO 32°F(-18° TO 0° C)
SAFE ZONE0°F OR BELOW(-18° C OR BELOW)
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 are
both cost effective and relatively simple. While HACCP
guidelines go far beyond the scope of this manual, additional
information is available by contacting the USDA/FDA Foodborne Illness Education Information Center at (301)504-6803.
#895 Operation & Care Manual • 3.
Chefs, cooks and other specialized food service
personnel employ varied methods of cooking. Proper
holding temperatures for a specific food product must be
based on the moisture content of the product, product
density, volume, and proper serving temperatures. Safe
holding temperatures must also be correlated with
palatability in determining the length of holding time for a
specific product.
Halo Heat maintains the maximum amount of product
moisture content without the addition of water, water vapor,
or steam. Maintaining maximum natural product moisture
preserves the natural flavor of the product and provides a
more genuine taste. In addition to product moisture
retention, the gentle properties of Halo Heat maintain a
consistent temperature throughout the cabinet without the
necessity of a heat distribution fan, thereby preventing
further moisture loss due to evaporation.
In an enclosed holding environment, too much moisture
content is a condition which can be relieved. A product
achieving extremely high temperatures in preparation must
be allowed to decrease in temperature before being placed in
a controlled holding atmosphere. If the product is not
allowed to decrease in temperature, excessive condensation
will form increasing the moisture content on the outside of
the product.
Most Halo Heat Holding Equipment is provided with a
thermostat control between 60° and 200°F (16° to 93°C). If
the unit is equipped with vents, close the vents for moist
holding and open the vents for crisp holding.
If the unit is equipped with a thermostat indicating a
range of between 1 and 10, use a metal-stemmed indicating
thermometer to measure the internal temperature of the
product(s) being held. Adjust the thermostat setting to
achieve the best overall setting based on internal product
temperature.