Figures and Tables in Volume One
250-1
Simple and Compound Assemblies
87
250-2
Examples of Classified Configurations
89
250-3
Service Strip Alternate Strategy: Air-Handling Unit
Adjacent to Service Module with Ducted Supply
95
250-4
Service Strip Alternate Strategy: Air-Handling Unit
Located on Roof
96
250-5
Service Strip Alternate Strategy: Air-Handling Unit
Located in Service Zone with Ducted Supply
97
250-6
Assembly Characteristics of the Space Module and
Service Module
99
250-7
Service Module Assembly Characteristics
101
250-8
Summary of Assembly Characteristics
102
310-1
Basic Design of Structural Subsystem
106
310-2
Relationship Between Main Structural Members
107
310-3
Typical Set of Openings in Shear Wall Between
Service Bay and Rest of Service Module
117
310-4
Building Separations
125
310-5
Examples of Collectors for Lateral Forces
127
310-6
Accommodation of Change of Direction of Framing
System when Beam Span is 45 Feet
130
310-7
Accommodation of Change of Direction of Framing
System when Beam Span is not 45 Feet
131
310-8
Framing System for Portion of Floor with Service Strips
133
320-1
Basic Design of Ceiling Subsystem
138
320-2
Ceiling Components
140
320-3
Example of a Poured Reinforced Gypsum Platform
142
320-4
Example of a Precast Lightweight Concrete Platform
145
320-5
Example of a Dry Gypsum Platform
146
320-6
Example of a Metal Deck Platform
147
320-7
Ceiling Dimensions
153
320-8
Method of Support of Ceiling-Mounted Equipment
from Structure Above
156
320-9
Acoustic Criteria for Various Assemblies
158
330-1
Basic Design of Partition Subsystem
166
330-2
Components of Partition Subsystem
167
330-3
Examples of Rated Perimeter Relief Runner Details
at Head of Partition
168
330-4
Partition Generic Design Option 1: Gypsum Board
on Metal Studs
170
330-5
Partition Generic Design Option 2: Laminated
Gypsum Board
171
330-6
Furring Around Surface Mounted Services
173
ix