MIL-HDBK-1003/3
Page
A4
Exhaust Air Heat Recovery With Counterflow
Pattern Static Heat Exchanger...............155
A5
Exhaust Air Heat Recovery with Crossflow
Pattern Static Heat Exchanger...............156
A6
Exhaust Air Heat Recovery Method With Heat
Pipe........................................157
A7
Exhaust Air Heat Recovery Method With
Runaround (Closed Loop) System..............158
A8
Exhaust Air Heat Recovery Method With
Runaround (Open Loop) System................160
A9
Heat of Light Recovery Method With Light
Troffer.....................................162
A10
Heat of Light Recovery Method With Induced
Air.........................................163
A11
Refrigeration Method Heat Recovery With
Conventional Refrigeration Machine Using
Hot Water Coil..............................165
A12
Refrigeration Method Heat Recovery With
Conventional Refrigeration Machine Using
Refrigerant Coil............................166
A13
Refrigeration Method Heat Recovery With
Internal Source Heat Pump...................167
A14
Refrigeration Method Heat Recovery With
Method and Open Cooling Tower...............168
A15
Refrigeration Method Heat Recovery With
Method......................................169
TABLES
Table
1
Recommended Air Conditioning Systems for
Various Buildings...........................
3
2
Typical Instrument Applications.............
12
3
Applicable Criteria by Building Type........
24
4
Thermal Currents Charts.....................
34
5
Safety Factor Chart.........................
35
6
Duty Group Chart............................
35
7
Major Types of HVAC Fans....................
58
8
Piping Materials............................
67
9
Water Velocities............................
69
10
Flow Rate in lb/h of Steam Schedule 40 Pipe.
82
11
Return Main and Riser Capacities for
Low-Pressure System, lb/h...................
83
12
Comparative Capacity of Steam Lines at
Various Pitches for Steam and Condensate
Flowing in Opposite Directions..............
83
xiii