Triple Gang Shallow Concrete Floor Box, Cast Aluminum, Semi-Adjustable
| Q&A$98.00
Free shipping on orders over $99
The Lew Electric SH-6263-DA is a die-cast aluminum triple-gang rectangular concrete floor box. The box offers 1 3/16" of adjustability before it is installed, the box cannot be adjusted after installation. The box is shallow at 2.25", making it perfect for concrete installations of 2 3/16" to 3 3/8" in depth. There are eight 3/4" knockouts on the box to run your wires to. The box ships with a protective cement cover to keep the box clean and safe during concrete pouring. The box does not ship with a tile flange or a cover, there are several options available that are sold separately.
Brass tile frame
Aluminum tile frame
Box and brass tile frame kit
Box and aluminum tile frame kit
Brass carpet flange
Aluminum carpet flange
Covers
The box is UL listed for the USA, and cUL listed for Canada installations.
Material: Die-cast aluminum
Requires cover, sold separately
Size: Triple gang
For concrete installations of 2 3/16" to 3 3/8" depth
1 3/16" of adjustability before installation
12.8 cubic inches of interior space per gang
3/4" knockouts on each side
ETL listed, # 514A
CSA approved, # C22.2 #18.1
ETL file number 4004534
Includes construction cap
Includes cover screws to secure to box
Box dimensions: XXX" x XXX"
Box depth: 2.25" deep
Can be used with carpet or tile
Warranty: 1 year
Lew Electric SH-6263-DA Drawing (PDF)
Lew Electric SH-6263-DA Installation Instructions (PDF)
Material: Die-cast aluminum
Requires cover, sold separately
Size: Triple gang
For concrete installations of 2 3/16" to 3 3/8" depth
1 3/16" of adjustability before installation
12.8 cubic inches of interior space per gang
3/4" knockouts on each side
ETL listed, # 514A
CSA approved, # C22.2 #18.1
ETL file number 4004534
Includes construction cap
Includes cover screws to secure to box
Box dimensions: XXX" x XXX"
Box depth: 2.25" deep
Can be used with carpet or tile
Warranty: 1 year
Questions & Answers
Have a Question?
Be the first to ask a question about this.
