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A Superior Degree of Reliability. HOSHIZAKI GROUP ECOLOGY PLAN In order to create a more environmentally friendly society, both Corporations and individuals.

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Presentation on theme: "A Superior Degree of Reliability. HOSHIZAKI GROUP ECOLOGY PLAN In order to create a more environmentally friendly society, both Corporations and individuals."— Presentation transcript:

1 A Superior Degree of Reliability

2 HOSHIZAKI GROUP ECOLOGY PLAN In order to create a more environmentally friendly society, both Corporations and individuals must work together for an Eco-Friendly world. Our Ecology plan is based on ISO which stipulates development of Energy Saving products, as well as, Conservation and Preservation practices. Hoshizaki America and Japan are ISO certified

3 A Superior Degree of Reliability Crescent shaped cubed ice – clean, clear, hard ice that cools the longest and the most popular. (AHRI Ice Hardness: 98) Chewable cubelet ice – fun, chewable, softer ice than the crescent shaped cubes, becoming very popular by consumers. (AHRI Ice Hardness: 88) Flaked ice – very soft, not for general beverage use, primarily utilized for seafood display and healthcare/medial purpose. (AHRI Ice Hardness: 78)

4 Crescent Shaped Cube Ice Weight/Hardness Comparison per cubic foot Test Results Weight of Water: 62.5 lbs. per cubic foot (For Reference Only): Hoshizaki Crescent Shaped Cube Ice:34 lbs. per cubic foot Competitor Diced/Grid Cell Ice:31 lbs. per cubic foot Conclusion: Hoshizaki ice is 8.8% heavier due to clearer, cleaner, harder ice as a result of free flow water technology in the ice making process Test Method Ice was filled to the top of a cubic ft. container. To maximize capacity the ice was leveled off. (Ice was not packed into the cubic ft. container) Grid Cell Ice was broken up with a scoop prior to filling the cubic ft. container. AHRI Tested Ice Hardness for Hoshizaki Crescent Shaped Cube: 98 AHRI Tested Ice Hardness for Competitor Diced, Grid Cell Shaped Cube: 89 A Superior Degree of Reliability

5 Hoshizaki Crescent Ice Cubes Cubes melted at a rate of 7.30 lbs. of water during the first 2 hours Brand M Competitor Diced/Grid Cell Ice Cubes Diced/Grid Cell Cubes melted at a rate of lbs. of water during the first 2 hours Conclusion: After 2 hours Grid Cell Ice Melted 35.8% FASTER than Hoshizaki Crescent Cubes Exclusive Crescent Shaped Cube Ice Meltage Rate Comparison by lbs. of Water A Superior Degree of Reliability Test Method: As per ARI standard , Ice meltage was calculated as ice, stored in an insulated ice storage bin Test results may vary based on different potable water locations

6 What does that look like in real life?

7 DISPLACEMENT Not all ice machines make individual cubes

8 DISPLACEMENT Crescent Shaped Ice Provides Stronger ROI!

9 Each Beaker Filled to the Top with Hoshizaki Ice and Competitor’s Ice

10 After Filling Each Beaker with Twelve Ounces of Soft Drink Hoshizaki Ice Manitowoc Ice

11 How much of your ice is usable? - the effect of cube shape and hardness

12 Usable Ice After 12 Hour Meltage

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14 Design features that make Hoshizaki Ice Machines the industries best: Full Compartmentalized Design and Sanitation Solid Anti-Magnetic Stainless Steel Auger Dual Stainless Steel Evaporator – double sided ice making surface Individual Hard, Clear Crescent Cubes, Dry Flaked, or Cubelet Ice CycleSaver TM Simple Controls and Fewer Moving Parts HoshiGuard Antimicrobial Agent Energy Efficiencies – Utility Rebates 2010 US Federal Energy Standards – CEE tier 1 Energy Star Qualified - CEE tier 2 and 3 Hoshizaki America, Inc. – “A Superior Degree of Reliability”

15 Compartmentalization Design Sealed, Insulated Evaporator Compartment Dry Pump Compartment Dry Electrical and Compressor Compartment Insulated Ice Drop Compartment Hoshizaki America, Inc. – “A Superior Degree of Reliability”

16 Compartmentalization and Sanitation The compartmentalization of Hoshizaki cubers greatly improves reliability and sanitation. The cold and wet areas are insulated and separated from electrical and heat producing components. These design features improve the reliability, sanitation, and reduce maintenance and service cost. Feature ABS foam insulated evaporator housing Sealed evaporator compartment Isolated compressor compartment Protected with HoshiGuard Benefit Increased efficiency, lower KWH consumption Protects evaporator from environment Excellent sanitation Bacteria/slime growth reduced Less frequent cleaning Protects compressor from condensation Keeps compressor heat from the ice making and storage Antimicrobial agent Hoshizaki America, Inc. – “A Superior Degree of Reliability”

17 Compartmentalization and Sanitation The compartmentalization of Hoshizaki cubers greatly improves reliability and sanitation. The cold and wet areas are insulated and separated from electrical and heat producing components. These design features improve the reliability, sanitation, and reduce maintenance and service cost. Feature Isolated pump motor Serviceable from front Isolated electrical components Removable, cleanable air filters Benefit Protects pump motor winding from moisture and condensation Saves time diagnosing and servicing, less expensive service calls Prevents moisture related electrical failures Protects machine and interior components from dust, flour, lint and grease Reduces maintenance costs Extends machine life Hoshizaki America, Inc. – “A Superior Degree of Reliability”

18 Dual Stainless Steel Evaporator KM Water Circuit Design 1.Inlet water solenoid; no float adjustment 2.Valve allows internal cleaning of evaporator 3.Check valve keeps machine cleaner 4.Crescent cube dimensions Poor water quality is one of the major causes of equipment break down. So we designed our equipment with a double flushing system that provides built-in self-cleaning and helps our machines last longer and produce ice more efficiently. The double sided stainless steel evaporator design greatly reduces mineral build-up for more clear, hard cubes, plus improved pump and compressor operation. The result “A Superior Degree of Reliability” Hoshizaki America, Inc. – “A Superior Degree of Reliability”

19 Dual Stainless Steel Evaporator Features Exclusive double-sided stainless steel evaporator (ice making surface) Removable water distributor Cleaning valve Reverse sump pump out High volume water flow Individual cubes Built-in pre-chiller Large water tank Benefits Durable long life – no plating, chipping or degradation No inferior plastic materials used in forming ice Easy cleaning Cleans water inlet circuit through evaporator Reduces mineral build up Washes out minerals for crystal clear harder cubes No cluster to break up, no adjustments and consistent cube size Increased KWH efficiency One batch of water per one batch of ice, increasing energy efficiency Hoshizaki America, Inc. – “A Superior Degree of Reliability”

20 Individual Crescent Cubes Hoshizaki’s patented stainless steel evaporator design has eliminated plating and ice bridging problems for unmatched reliability. We produce individual cubes on a flat stainless steel freezing surface. This eliminates design issues with plastic extrusions, nickel plating, and critical cube adjustments that are commonly used by our competitors. Individual crescent cubes are made from pure water since impurities are flushed away each cycle resulting in crystal clear ice and a longer lasting ice machine. Features Individual cubes Flat open stainless steel surface Evaporator stays clean Benefits No clusters or bridging Pure crystal clear cube, no dimples Longer lasting ice Better displacement Consistent cube size Easy to keep clean Maximizes production Lower service cost Reduces ice hang-ups Longer life and reliability Hoshizaki America, Inc. – “A Superior Degree of Reliability”

21 Common Design Competitive grid cell evaporator, nickel plated copper construction Hoshizaki Design Hoshizaki vertical dual evaporator, stainless steel construction (ice making surface) Individual Crescent Cubes Common Design Problems - Cause Clusters of ice - Waffle ice slabs Dimples – splashing Bridge thickness varies Adjustments required Cloudy ice- Poor water flow - High mineral concentration; limited sump capacity Difficult cleaning- Grid hard to clean Diminished production- Dirty evaporator Increase service cost Ice hang-ups lead to Compressor failure Plated evaporator- May chip & peel due to expansion and contraction Hoshizaki America, Inc. – “A Superior Degree of Reliability”

22 CycleSaver TM All KM cubers feature the CycleSaver TM Design. The CycleSaver TM Design allows Hoshizaki cubers to produce the same quantity of ice in about half as many cycles as competitive ice machines. Fewer cycles add-up to longer life and less maintenance than competitive units. Hoshizaki KM Cubers will produce more ice, using less energy, while cycling ½ as many times as the competition. FeaturesBenefits Reduces operating cycles by half in 24 hrs. while producing the same quantity of ice vs. competitors Reduces energy consumption Reduces mandatory cleaning and maintenance Increases machine life and customer profits It will take a Hoshizaki Ice Machine 15 years to accumulate as many cycles as the competition in 6 years – extending the life of your machine. Hoshizaki Ice Machines also comply with the California Energy Commission guidelines – (CEC Tier 1) and qualify for utility rebates. Our ice machines meet US Federal standards - CEC Tier 2 and 3. Hoshizaki America, Inc. – “A Superior Degree of Reliability”

23 Ice Maker Batch Weight –Lbs. Cycles per day Cycles per year 24 Hour Ice Production A , B , C , KM-650MAH , CycleSaver TM Hoshizaki America, Inc. – A Superior Degree of Reliability”

24 Simple Controls Hoshizaki Cuber feature the EverCheck Control Board with audible alarm and diagnostic features, designed to assist service technicians in diagnosing problems. The state of the art design of Hoshizaki Ice Machines have improved serviceability. By eliminating the problem areas – plated surface evaporators, extrusions, critical adjustments, float valves, micro switches, timers, pressure and temperature controls – our machines are considerably easier to diagnose. This is further enhanced by easy access – the majority of all service and maintenance can be accomplished from the front of the unit. These controls are also located in a dry environment, greatly improving electrical component reliability. Features Float switch control terminates freeze cycle Automatic water safety shut off Thermistor controlled defrost termination Benefits Consistent ice formation under all ambient conditions Protection from water loss, or filter restriction Eliminates mechanical moving parts: less down time, fewer repairs, longer life Hoshizaki America, Inc. – A Superior Degree of Reliability”

25 Simple Controls Features Three point check diagnosis Ten minute cycle check High temp lock out Benefits Easy to troubleshoot Quick diagnosis Protects refrigeration components and prevents failures Hoshizaki America, Inc. – “A Superior Degree of Reliability”

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36 Thank You


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