K00095 RELAY/TRANSFORMER KIT

FOR DUAL CIRCUIT CONDENSERS

Installation Instructions

CAUTION

Disconnect power supply to ice machine and remote condenser before beginning installation to prevent electrical shock or equipment damage.

A.Transformer Installation

1.Transformer is supplied for mounting to 4" square outlet box.

2.Mount outlet box(es) for transformer in convenient location as close to ice machine as possible. (Note: Do not install transformer to outlet box at this time.)

B.Relay Installation (Figure 1)

1.Remove remote condenser fan cover.

2.Remove electrical enclosure box between two fan support brackets.

3.Mount relay(s) to relay bracket with #6-32 screws and nuts.

4.Loosen fan support brackets enough to slide relay bracket between condenser housing and fan support bracket (Figure 1).

5.With relay bracket in place, tighten fan support brackets.

C.Wiring Connections (Figure 2, "G" Series; Figure 4, "B" Series)

The Relay/Transformer Kit is used for either 1 phase or 3 phase ice machines (this can be any combination, although most installations will have two ice machines of the same phase).

All wiring must comply with national and local codes.

1. Wiring transformer to ice machine.

The multi-voltage transformer primary is rated for 120 VAC, 208 VAC, or 240 VAC.

a.Wire transformer primary to match supply voltage at ice machine.

b.Label on transformer identifies different voltage hookups. Be sure you are using correct leads on transformer for available power supply. Secure wire nuts to the transformer wires not in use. (Note: It is wired correctly if you read 24 VAC at transformer secondary with power supplied to transformer.)

2.Wiring transformer low voltage (24 VAC) to relay coil (Figure 2, "G" Series, Figure 4, "B" Series).

a.Low voltage wire is supplied by the installer.

b.Step "C" is a safety precaution to prevent the low voltage circuit from being energized by high voltage.

c.If low voltage wiring insulation is not rated for high voltage wiring, you must place PVC tube over the wire before crimping the 3/16" terminals to wires. (Note: The PVC tube is needed only in the condenser enclosure and may be cut off after exiting condenser.)

3.Wiring relay contacts to fan motor.

a.Condenser fan electrical supply is separate from ice machine electrical supply.

b.Wire relay contacts in parallel to the condenser fan (refer to Figure 2, "G" Series; Figure 4, "B" Series). (Note: Disregard one of the jumper wires supplied.)

c.A single ice machine may be installed to the DC remote condenser with the anticipation of installing the second machine at a later date. Refer to Figure 3 for relay wiring connections to fan motor.

D.Checkout Procedure

1.Turn on machine #1 and turn off machine #2. Fan motor must be running.

2.Turn off machine #1 and turn on machine #2. Fan motor must be running.

3.Turn off machine #1 and turn off machine #2. Fan motor must be off.

Manitowoc Ice, Inc.

2110 South 26 Street, P.O. Box 1720, Manitowoc, WI 54221-1720 USA

8008523

Telephone 920-682-0161, Fax - Sales: 920-683-7589, Service/Parts: 920-683-7585, Other: 920-683-7879

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Web Site - www.manitowocice.com

Rev. 05/17/01

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Manitowoc Ice installation instructions K00095 RELAY/TRANSFORMER KIT For Dual Circuit Condensers, Manitowoc Ice, Inc
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K00095 specifications

The Manitowoc Ice K00095 is a highly regarded ice machine that has made a significant mark in the foodservice industry. Renowned for its reliability and efficiency, this model has become a popular choice among restaurants, bars, and other businesses that require a steady supply of ice.

One of the standout features of the K00095 is its compact design, allowing it to fit seamlessly into various spaces without compromising on performance. Despite its size, the unit is capable of producing a substantial amount of ice, making it ideal for establishments with moderate to high ice demands.

The K00095 utilizes advanced technology to enhance its ice-making capabilities. One of the notable technologies incorporated in this model is the intelligent diagnostics system. This innovative feature continuously monitors the machine’s operation, identifying any potential issues before they escalate into serious problems. This proactive approach not only minimizes downtime but also extends the overall lifespan of the equipment.

Another key characteristic of the Manitowoc Ice K00095 is its energy efficiency. It is designed to consume less power than many of its competitors, allowing users to save on energy costs while maintaining optimal performance. In addition, the machine is constructed with environmentally friendly materials, which aligns with sustainability efforts in the foodservice industry.

The ice produced by the K00095 is known for its clarity and hardness, making it perfect for a variety of applications, from cocktails to smoothies. The unit can produce a range of ice types, including cube ice, which is favored for its slow melting properties, ensuring that beverages remain chilled for longer periods.

Ease of maintenance is another highlight of the K00095. The machine is designed with accessible components that simplify routine cleaning and servicing tasks. This feature is particularly appreciated by operators who wish to adhere to strict hygiene standards while minimizing labor costs.

In summary, the Manitowoc Ice K00095 represents a perfect blend of advanced technology, energy efficiency, and user-friendly design. Its excellent ice production capabilities, coupled with the intelligent diagnostics feature and easy maintenance, make it an invaluable asset for any business that relies on a steady ice supply. These attributes not only enhance operational efficiency but also contribute to an improved customer experience, solidifying its place as a leader in the ice machine market.
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