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THINK SYSTEMS

by Jason Yana

A Guide to the Design & Detailing of Masonry Wall Systems

SYSTEM 5

3 5/8" brick veneer w / cmu band course

2" air space

6" Steel Studs

 

Due to the potentially corrosive nature of the steel stud backup, moisture control is an important inssue. The airspace must be at least two inches and industry standard flashing procedures should be followed to establish a water management system. The veneer is anchored to the steel stud backup using adjustable veneer anchors(not corrugated anchors). These anchors should be screwed though the sheathing to the studs behind. Due to natural shinkage of the CMU, joint reinforcement should be placed in the bed joints of the CMU ribbon @ 16" o.c. vertically. Type S mortar should be used for greater bond. Steel studs should be designed for a maximum deflection of L/600 to L/720.

SYSTEM5DRAWINGS

System 1

SYSTEM1

3 5/8" brick veneer

1 1/2" rigid insulation

7 5/8" CMU backup

System 2

SYSTEM2

3 5/8" CMU veneer

1" rigid insulation

7 5/8" CMU backup

System 3

SYSTEM3

3 5/8" brick veneer

2" air space

6" Steel Studs

System 4

SYSTEM4

3 5/8" calcium silicate / cmu

2" air space

6" Steel Studs

System 5

SYSTEM3

3 5/8" brick veneer w / cmu band course

2" air space

6" Steel Studs

System 6

SYSTEM6

3 5/8" brick veneer

1" air space

4" Wood  Studs

System 7

SYSTEM6

3 5/8" brick veneer w/ cmu band course

1" air space

4" Wood  Studs

System 8

SYSTEM1

3 5/8"  glazed brick veneer

1 1/2" rigid insulation

7 5/8" CMU backup

System 9

SYSTEM9

3 5/8"   brick veneer

1 1/2" ThermaDrain

7 5/8" CMU backup

System 10

SYSTEM10

5" Hollow Reinforced Brick Wall

System 11

SYSTEM11

 7 5/8" Reinforced CMU Foundation Wall

System 12

SYSTEM12

7 5/8" Reinforced Single Wythe CMU Wall

 

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