CAUTION

Remove Shipping Blocks

Prior to operating the unit remove the foam shipping blocks.

Failure to do so may result in damage to the unit which is not covered by the manufacturer’s warranty!

STEP 5. Check the window sill and frame to be sure they are in good

STEP 6. CABINET MOUNTING – Raise the lower window 1/4" more than the height of the cabinet. Carefully slide the cabinet through the opening until the lower sill plate channel rests behind the window sill and the top angle rests against the window (See Figure 18). Center the cabinet within the opening. Drill three (3) 5/32" diameter pilot holes into window sill using the holes in the cabinet sill plate as a guide. Install three (3) #12 x 2" long screws (Item 4) (See Figure 18).

STEP 7. OUTSIDE SUPPORT MOUNTING – Refer to Figures 19 and

20.Assemble the support brackets (Item 1) to the bottom of the cabinet with four (4) 10-24 1” long screws (Item 2) and four

combination of the elongated holes of the bracket and different hole locations in the cabinet, to bring the bottom support bracket pads in contact with the wall. A 1" x 4" or 2" x 4" SPACER SHOULD BE USED BETWEEN THE WALL AND SUPPORT THE BRACKETS WHEN INSTALLED ON ALUMINUM OR VINYL SIDING. Drill 5/32" diameter pilot holes and secure the brackets to the wall with two (2) 12A x 2" long screws (Item 4).

NOTE: DO NOT LEVEL the cabinet from front to back. Make sure there is approximately 3/8” to 1/2” slope (1/8 to 1/4 bubble on level) toward the outside of the house.

Adjust the support brackets to provide an inside-to-outside slope for excess condensation drainage (Refer to Standard Window Installation, Figures 19 through 23). Tighten all screws.

Alternate support method A: If you have a wide window sill which prevents you from mounting the brackets as shown in Figure 22, try the following: Using the elongated holes and different hole locations in the cabinet, set the placement of the bracket to support the unit’s weight (Figure 22). Tighten all screws.

Alternate support method B: If the window ledge gap is narrow, try the

as shown in Figure 23. Bend the short piece so it will be vertical when installed. Adjust the placement as required. Tighten all screws.

STEP 8.

between the window side channels and cabinet. (Figure 24). Make sure you include the depth of the window channel.

NOTICE

For YOUR security and safety, YOU must provide a means of preventing the upper part of the window from opening.

STEP 9. To assemble the wingboard panels, push on the "J" type speed nuts (Item 9) and spring steel clips (Item 10) (See Figures 25) on page 26. Secure each panel with two (2) screws (Item 11).

Figure 16

TOP VIEW OF UNIT

REMOVE AND DISCARD

SCREWS

BACK

LEFT SIDE

REMOVE AND DISCARD

COMPRESSOR

FAN MOTOR

 

FOAM BLOCKS

 

 

 

 

 

 

EVAPORATOR COIL

FRONT

RIGHT SIDE

REMOVE AND SAVE

SCREW FOR

RE-INSTALLATION

FRR045

21

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Image 21
Friedrich SM24M30, SS14M10, SS12M30, SS15M30, SS10M10 Remove Shipping Blocks, Outside Support Mounting Refer to Figures 19
Page 20 Page 22

SM18M30, SS08M10, SM24M30, SS14M10, SS12M10 specifications

Friedrich's SS12M30, SS10M10, SL36M30, SS15M30, and SL28M30 are a series of high-performance mini-split air conditioners that cater to various residential and commercial needs. Designed with efficiency and user comfort in mind, each model displays advanced technologies, appealing features, and distinct characteristics.

The SS12M30 and SS10M10 units are part of Friedrich's top-tier Mini-Split line, known for their high SEER ratings, which signifies energy efficiency. The SS12M30 boasts a cooling capacity of 12,000 BTUs, making it suitable for medium-sized rooms. Its inverter-driven compressor adjusts the cooling output in real time, allowing for quieter operation and lower energy consumption. The SS10M10, on the other hand, has a slightly lower cooling capacity of 10,000 BTUs, ideal for smaller spaces, ensuring the same energy-efficient operation and quiet performance.

The SL36M30 model stands out with a notable feature set focused on providing further energy savings and enhanced comfort. With a cooling capacity of 36,000 BTUs, it is designed for larger areas, such as open-concept living spaces or commercial environments. This model features a built-in Wi-Fi capability, allowing users to control their cooling preferences remotely via smartphone applications. Such connectivity not only enhances user convenience but also helps in monitoring energy usage effectively.

The SS15M30 offers a strong performance with its 15,000 BTU output. Its design incorporates advanced filtration systems, improving indoor air quality by capturing airborne allergens, dust, and pollutants. This model is also equipped with a silent operation mode, ensuring that comfort is maintained without intrusive noise.

Lastly, the SL28M30 delivers a balanced combination of power and efficiency. With a focus on sustainability, this unit includes eco-friendly refrigerants and complies with stringent environmental regulations. The SL28M30 also features user-friendly programmable settings that allow for precision in temperature management, adapting seamlessly to users' lifestyle patterns.

In summary, Friedrich’s SS12M30, SS10M10, SL36M30, SS15M30, and SL28M30 models provide versatile cooling solutions suitable for various spaces. With a focus on efficiency, user comfort, connectivity, and air quality, these air conditioners represent a significant advancement in HVAC technology, perfect for meeting today's demands for both residential and commercial applications. Each model combines cutting-edge features and reliable performance, making them exceptional choices for consumers looking to enhance their indoor climate control.
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