Auxiliary Codes

KM-2100SWH3

U-0

March 2009

 

V-1

November 2010

 

A-0

February 2011

 

B-0

January 2012

KM2100SWH350

B-0

August 2012

KM-2100SRH3

U-0

March 2009

 

V-0

January 2010

 

V-1

July 2010

 

A-0

January 2011

 

A-1

September 2011

 

B-0

January 2012

KM2100SRH350

U-0

July 2009

 

V-0

February 2010

 

V-1

November 2010

 

A-0

June 2011

 

A-1

December 2011

Auxiliary Code Breakdown

The auxiliary code is the first two characters in the serial number. The first character indicates the year. Years progress or regress in alphabetical order. The series runs from "A" through "V" and the letters "I" and "O" are skipped. The second character indicates significant part changes within a year. Base is "0" and this number advances for each change. In cases where there is a letter in parentheses, this designates the month. This is the last character in the serial number. The series runs from "(A)" through "(M)" and the letter "(I)" is skipped. This designation is only included when identifying a parts change within an auxiliary code.

Note About Ordering Parts

Most assemblies cannot be ordered as complete units; parts in the assemblies generally must be ordered separately.

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Hoshizaki KM2100SRH350, KM2100SWH350 manual March, November, February, January, August, July, June, December

KM2100SRH350, KM2100SWH350 specifications

The Hoshizaki KM2100SRH350 and KM2100SWH350 are two prominent models in the world of commercial ice-making equipment, designed to provide high-performance and reliability for various businesses, including restaurants, bars, and convenience stores. These models are renowned for their efficient operation, high production capacity, and innovative technologies tailored to meet the diverse needs of food service establishments.

One of the standout features of the KM2100SRH350 and KM2100SWH350 is their impressive ice production capability. These units are designed to produce large quantities of ice, with the ability to generate up to 2,100 pounds of ice per day. This level of output makes them ideal for busy environments where the demand for ice is significant. The ice produced is in the form of crescent cubes, which are favored for their efficiency in cooling beverages and their slow melt rate, ensuring that drinks remain cold longer.

Energy efficiency is a critical characteristic of both models. Hoshizaki places a strong emphasis on sustainability and operational cost-effectiveness. The KM2100SRH350 and KM2100SWH350 are designed with advanced technologies that reduce energy consumption while maintaining optimal performance. They feature a highly efficient refrigeration system, which not only helps in minimizing electricity costs but also decreases their environmental impact.

Both models exhibit robust build quality, featuring stainless steel exteriors that ensure durability and resistance to corrosion, making them suitable for varied kitchen environments. Their design also simplifies cleaning and maintenance, critical factors in commercial settings. The easy-access components provide convenience for technicians during service, further enhancing their reliability in operation.

The KM2100SRH350 comes equipped with a self-cleaning feature, which significantly reduces the frequency of manual cleaning and minimizes bacterial growth in the ice-making process. This innovation ensures that the ice produced is always clean and safe for consumption, a vital requirement for any food service operation.

In terms of usability, both models have user-friendly interfaces that allow for straightforward adjustments and monitoring of ice production. This practical design aspect contributes to their attractiveness for operators who may not have extensive technical knowledge.

In summary, the Hoshizaki KM2100SRH350 and KM2100SWH350 ice machines are engineered to deliver exceptional performance, energy efficiency, and durability. Their advanced features, high ice production capacity, and commitment to cleanliness make them a valuable addition to any commercial kitchen striving to meet high-volume ice demands while ensuring quality and reliability.