Milnor KLWRACLR01 manual Remove side panels on side opposite soil side door

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Figure 5: Processor Board Electrical Box

Processor board

Legend

1. MTA 38

￿

3.

Remove side panels on side opposite soil side door.

4.

Position the accelerometer mounting bracket inside of the shell front on the side opposite the

 

soil side door as shown in Figure 1. Make sure bracket is level.

5.

Using20DC8>=!)<PRWX]Tthe accelerometer mounting3P\PVTbracket as template, mark mounting holes.

 

7PiPaSb—Dropping, striking or bumping

accelerometer will destroy it.

• Handle and install accelerometer with great care.

6. Drill and tap two 1/2" diameter holes at the marked locations.

7. Install bracket.

8. Install accelerometer on mounting bracket so that the face is pointed towards the left side of machine (when viewed from rear of machine) and square to the shell front (Figure 2).

9. Locate the 15' length of shielded four connector wiring harness. This harness has a pre-wired round connector at one end.

10. Connect the pre-wired connector on the wiring harness to the accelerometer wire connector.

11. Open the rear electric box door.

12. Route harness to rear electric box. Secure harness by tie-wrapping to an existing harness.

13. Using board as a template, mark and drill four 5/32" holes through top of electrical box (Figure 3). Mount balance board inside the box using 6/32 machine screws through the drilled holes. Use standoffs between the electric box roof and the board. Also install standoffs between the board and the plastic shield. Vacuum up metal shavings from bottom of box.

14. Locate and separate the pre-wired MTA connectors referred to below. These MTA connectors provide voltage and signals from the TBA power strip to the MTA connectors on the balance board. Wire colors associated with these connectors are described with the wire color first, followed by the wire stripe color, therefore, a blue/white@5<<5B9>wire is blue=9<>?Bwith3?B@?B1D9?>a white stripe=^cT). Install the MTA connectors as follows:

Some small connectors may not have sufficient room on them for the full MTA connector and wire designation. In these cases, the designation may appear in a shortened form. For example, a connector called MTA 82 may have M 82 written (or stamped) on the connector.

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Contents 3Rd\Tc Page ?aTPaPcXb @55B9=9?B3?B@?B1D9? Remove side panels on side opposite soil side door Page @55B9=9?B3?B@?B1D9?

KLWRACLR01 specifications

The Milnor KLWRACLR01 represents a significant advancement in the realm of commercial laundry equipment, tailored specifically for high-capacity operations. As industries evolve, the need for efficient and cutting-edge laundry solutions becomes paramount. The KLWRACLR01 stands out among its competitors, combining robust functionality with innovative technologies to streamline operations.

One of the key features of the KLWRACLR01 is its exceptional capacity. Designed to handle large volumes of laundry, this machine is equipped with a spacious drum that maximizes load efficiency. With a high spin speed, it ensures thorough water extraction, reducing drying time and energy consumption. This feature is a game-changer for businesses looking to enhance productivity while minimizing operational costs.

Another notable aspect of the KLWRACLR01 is its user-friendly interface. It incorporates advanced digital controls that allow operators to easily customize wash cycles according to specific fabric types and soil levels. This flexibility not only accommodates the varying laundry needs of different industries but also ensures optimal cleaning performance. The programmable settings enable facilities to maintain consistent quality while adapting quickly to changes in laundry demands.

In terms of technologies, the KLWRACLR01 employs state-of-the-art efficiency systems, including automatic load sensing and water recycling. The load sensing technology adjusts water levels based on the size of the load, promoting water conservation and reducing waste. Meanwhile, the water recycling system captures and reuses rinse water, further contributing to sustainability efforts and lowering utility costs.

Durability is another characteristic that sets the KLWRACLR01 apart. Constructed from high-quality materials, this machine is designed to withstand the rigors of frequent use in commercial settings. Its heavy-duty components ensure reliability, reducing the need for maintenance and downtime, thereby enhancing overall operational efficiency.

Moreover, the KLWRACLR01 is designed with energy efficiency in mind. It meets stringent energy standards, making it an environmentally friendly choice. By minimizing energy consumption while maintaining high performance, this model supports businesses in their sustainability initiatives.

In conclusion, the Milnor KLWRACLR01 is an impressive laundry solution that combines capacity, efficiency, and sustainability. Its advanced features, user-friendly technology, and durable construction make it an ideal investment for any commercial laundry operation striving for excellence and innovation. This machine exemplifies how modern technology can transform traditional practices, paving the way for smarter and more responsible laundry management.
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