INSTALLATION

Recommended Blocking:

Wood double stud blocking is necessary. Contact an architect and building official to make sure the blocking is adequate and complies with building codes (Fig. a).

For A. D. A.

Compliance

45”

(114 cm)

8

1/4

(210 mm)

on center

A. F. F

Top

32"

(813 mm) on center

Fig. a

1. Remove and discard Truss Head Spanner screws from unit back (Fig. b).

2. Locate wood stud where left side of changing station will be mounted to the wall.

3. For A. D. A. compliance, measure up 45” (114 cm) from the floor and mark the wall. This locates the position for the top left attachment hole.

NOTE: Mark on wall MUST be in center of wood stud.

4. Lay top section of changing station down on changing station bed (Fig. c) and align hole in top left corner of changing station with mark on wall and hold in place.

5. Using a level and measuring tape, mark the remaining three (3) holes. After marking holes, set changing station down on ground.

6. Use a power drill and appropriate bit to drill four (4) holes in the wall. This may require 2 people.

NOTE 1: For wood studs:

- If finished wall surface is tile or masonry over wood studs, use a 7/32” masonry bit for the pilot hole until you hit the wood stud, then change to 1/8” bit.

- Use wood screws, finishing washers and flat washers (Fig. d).

NOTE 2: For use with toggle anchors:

- If finished wall surface has wood studs that are not 16” on center, has metal studs, or has an underlying surface of concrete block, use 1/2” bit.

- Use machine screws and flat washers (Fig. e).

- For holes NOT located in a wood stud, toggle anchors MUST be used (Fig. f). See “Using ToggleAnchors” section.

7. Rotate plastic top section back up so that mounting hardware goes through the plastic as well as the metal back (Fig. b).

NOTE: This unit incorporates a finishing collar that seats behind the changer’s outside flange. Center the collar as the unit is being tightened against the wall (Fig. g).

8.Align holes in changing station with drilled holes and secure top left corner of changing station to wall stud using the appropriate screw and washer. Continue to secure the three (3) remaining corners using the appropriate screws and washers as described in Note 1 or Note 2.

 

Collar

 

Wall

Unit

Fig. f

 

Fig. g

 

2

 

 

Truss Head

Spanner Screws

Fig. b

Surface-Mount

Holes

 

Fig. c

 

Flat

Wood Stud

Washer

Finishing

 

 

Washer

 

 

Wood

 

 

Screw

 

Fig. d

Changing

Station

 

Wood Stud

Toggle

Anchor

Changing

 

Flat

 

Washer

Station

 

 

Machine

Fig. e Screw

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Foundations SI258SM-D, 100-SSC-SM manual Installation, Recommended Blocking
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100-SSC-SM, SI258SM-D specifications

Foundations 100-SSC-SM and SI258SM-D represent a significant evolution in innovative building technology and design. These foundational systems are engineered to cater to diverse structural applications while ensuring sustainability, efficiency, and durability.

The Foundations 100-SSC-SM is a state-of-the-art foundation system that emphasizes stability and strength for various construction projects. Its design incorporates advanced materials that resist environmental factors, offering enhanced resistance to moisture, pests, and soil movement. By utilizing high-performance concrete mixed with proprietary additives, the 100-SSC-SM ensures long-lasting structural integrity.

One of the key features of the 100-SSC-SM is its adaptability to different geological conditions. This system can be customized to accommodate varying soil types, ensuring a robust foundation, whether on rocky terrain, sandy soils, or clay-heavy environments. Moreover, the modular nature of this foundation allows for quicker installation, reducing construction timelines and labor costs.

On the other hand, SI258SM-D focuses on energy efficiency and sustainability. It employs cutting-edge insulation materials that significantly reduce thermal conductivity, thereby improving energy conservation in buildings. This system is particularly favorable for eco-conscious builders and architects, as it aligns with green building standards and promotes a reduced carbon footprint.

Both the Foundations 100-SSC-SM and SI258SM-D leverage integrated smart technologies. This incorporation includes sensors that monitor structural health, allowing for real-time data analysis and maintenance predictions. These features not only enhance safety but also extend the service life of the foundation by facilitating timely interventions.

Furthermore, these foundation systems are designed with future-proofing in mind. As climate resilience becomes paramount, the durability and adaptability of both systems help meet evolving environmental challenges, including extreme weather conditions.

In conclusion, Foundations 100-SSC-SM and SI258SM-D represent a leap forward in building technology, combining traditional principles with modern innovations. Their robust features, sustainable technologies, and adaptability make them ideal for a wide variety of construction projects, catering to the needs of both builders and the environment alike. With these systems, the future of construction is not only more efficient and reliable but also considers the ecological impact, paving the way for greener building practices.
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