Field Fabricated Line Set Installation | Hoshizaki MWH KML-631MAH

3)Evacuate through the Schrader access ports on the Parker quick connect couplings and charge with R-404A refrigerant vapor to a pressure of 15 to 30 PSIG. Go to step 2 in

"II.G.5.a) Factory Line Set Installation."

b)Field Fabricated Line Set Installation

1)Route the copper tube liquid line and copper tube discharge line (see "II.G.4 Line

Set Size and Refrigerant Charge" for details) from the remote condenser unit to the icemaker. Leave a service loop behind the icemaker to allow the icemaker to be pulled out for service. See Fig. 12.

NOTICE

•Ensure that there are no traps and no kinks in the line set. The service loop is not considered an oil trap.

•Do not coil extra line set. Fabricate the line set to the proper length.

2)Insulate the two copper tubes separately.

3)Install Parker quick connect couplings on each end. OS-QUICK, a universal quick connect coupling kit available as optional equipment from Hoshizaki America, is recommended. NOTICE! Before brazing, remove the Schrader valve core from the access port. When brazing, protect the coupling by using a wet cloth to prevent the coupling from overheating. Do not use silver alloy or copper alloy containing arsenic.

4)Allow the coupling to cool, then replace the Schrader valve core.

5)Use an electronic leak detector or soap bubbles to check for leaks. Add a trace

of refrigerant to the lines through the Schrader access ports on the Parker quick connect couplings (if using an electronic leak detector), and then raise the pressure using nitrogen gas (140 PSIG). WARNING! Do not use R-404A as a mixture with pressurized air for leak testing.

6)Evacuate through the Schrader access ports on the Parker quick connect couplings and charge with R-404A refrigerant vapor to a pressure of 15 to 30 PSIG.

7)Connect the refrigerant lines to the appropriate male fittings on the remote condenser unit first and then at the icemaker. Make a proper connection as follows:

a.Remove the protective covers from the male fitting and female coupling.

b.Apply Polyol Ester (POE) refrigerant oil or Parker Super O Lube to the entire male fitting, including O‑ring, diaphragm, and threads, before making the connection.

See Fig. 13. NOTICE! Do not use thread sealant on the fittings. Use POE refrigerant oil or Parker Super O Lube only.

c.Make sure the male fitting and female coupling are properly aligned, then start the connection by hand to ensure that it is not cross threaded.

d.Tighten the connection with a wrench until it is tight. At this point, the nut has covered most of the threads on the male fitting.

e.Mark a reference line on the female coupling and the remote condenser unit or icemaker panel. Using a backup wrench on the back of the female coupling, tighten the six-sided nut of the female coupling an additional 1/6 turn. See Fig. 14.

8)If the line set exceeds 66 feet, see "II.G.4. Line Set Size and Refrigerant Charge" for proper charging of the appliance.

MWH KML-351MAH, KML-250MAH, MWH KML-631MAH, MWH, MRH specifications

The Hoshizaki KML-250MAH is a premium ice maker renowned for its innovative design and advanced technology, catering to the high-demand needs of commercial establishments. This model combines efficiency, reliability, and superior performance, making it an excellent choice for restaurants, bars, and hotels.

One of the standout features of the KML-250MAH is its high production capacity. This ice maker can produce up to an impressive 265 pounds of crescent ice daily, ensuring your establishment has a consistent supply of ice for beverages and food preservation. The crescent-shaped ice not only allows for optimal cooling but also enhances presentation, making it suitable for a variety of applications.

The KML-250MAH incorporates advanced technologies to promote efficient operation. The unit uses an air-cooled refrigeration system, which ensures better energy efficiency while reducing operational costs. The machine is designed with a dual condensing fan that effectively optimizes airflow, thereby ensuring consistent ice production in different ambient temperatures, which is crucial in varying commercial kitchen environments.

The durability of this model is another key characteristic. Constructed with stainless steel, the KML-250MAH is built to withstand the rigors of daily commercial use while resisting rust and corrosion. The heavy-duty components used in this ice maker enhance its longevity, making it a smart investment for any business.

In addition, the KML-250MAH is designed with user-friendly features, including a built-in cleaning cycle that simplifies maintenance and ensures hygiene. Its ergonomic control panel provides users with easy access to settings and operational status, enhancing the overall user experience.

Another noteworthy aspect of the Hoshizaki KML-250MAH is its reduced water consumption. This ice maker operates using significantly less water compared to competitors, contributing to a lower environmental impact and cost savings over time.

To sum up, the Hoshizaki KML-250MAH stands out with its high production capacity, robust stainless steel construction, efficient air-cooled technology, user-friendly operation, and eco-conscious design. These features make it an ideal choice for businesses seeking a reliable and high-performing ice-making solution that meets the demands of a bustling commercial environment.