DTBarch
SAWHORSE
I apologize in advance for what is likely a redundant question in the Forum.
Scenario: Existing fully sprinklered warehouse building in California. Formerly B and S-1 occupancies. New tenant is using warehouse space as an S-2 occupancy. Wall separating office from warehouse was originally built as a non-rated wall with 5/8" type x full height to deck on warehouse side, but with gyp. only to 6" above grid on office side. With new S-2 use, we need a 1 hour barrier. Exposed studs above ceiling on office side have multiple conduits attached, and of course easy access is restricted by existing ceiling grid. I assume that the exposed studs on the office side prevent compliance with CBC Section 703.2.1 for non-symmetrical wall construction.
Question: Is there an assembly solution available that would allow existing warehouse side full-height type x gyp board to act as one side of new 1-hour rated fire barrier? Since you can't fasten through that side into the new studs, I'm unclear if there's any possibility there. If not, in your experience have you seen this solved in a efficient manner?
Scenario: Existing fully sprinklered warehouse building in California. Formerly B and S-1 occupancies. New tenant is using warehouse space as an S-2 occupancy. Wall separating office from warehouse was originally built as a non-rated wall with 5/8" type x full height to deck on warehouse side, but with gyp. only to 6" above grid on office side. With new S-2 use, we need a 1 hour barrier. Exposed studs above ceiling on office side have multiple conduits attached, and of course easy access is restricted by existing ceiling grid. I assume that the exposed studs on the office side prevent compliance with CBC Section 703.2.1 for non-symmetrical wall construction.
Question: Is there an assembly solution available that would allow existing warehouse side full-height type x gyp board to act as one side of new 1-hour rated fire barrier? Since you can't fasten through that side into the new studs, I'm unclear if there's any possibility there. If not, in your experience have you seen this solved in a efficient manner?