j.
k.
l.
Compressed air temperature downstream of aftercooler temperature
gage.
m.
Interstage air temperature after intercooler of each stage
temperature gages.
n.
Compressed air temperature at discharge of each stage of
compression before cooling temperature gages.
o.
Compressor inlet air temperature gage.
p.
Cooling water to compressor temperature gage.
q.
Cooling water outlet temperature at outlet of each intercooler and
aftercooler temperature gages.
2.3.5.7
[Gages on Schematics
**************************************************************************
NOTE: Delete paragraphs if control schematics are
**************************************************************************
Certain pressure and temperature gages are designed on schematic flow
diagrams in the drawings. Where a monitor gage satisfies the required
location on a schematic, no additional gage needs to be furnished.]
[2.3.5.8
Control Schematics
**************************************************************************
NOTE: Delete paragraphs if control schematics are
**************************************************************************
The drawings show a generalized overall control system for compressor,
auxiliaries, remote panel transmitting and receiving, and remote panel. The
system is shown using relay symbology. Contractor and equipment suppliers
may use standard panel features to accomplish the total requirements using
other methods of signal, solid state devices, or revised lamping. All
Officer prior to installation.
]2.3.6
Control Air Supply
**************************************************************************
NOTE: Revise paragraph and make provisions for
control air if there is no existing air supply.
Specify quantity of control air and maximum dew
point.
**************************************************************************
for the compressor controls. Sizing shall be based on not less than [_____]
[425 L/s] [15 SCFM]. Filtration shall be to 5 micrometers minimum and the
SECTION 15213N
Page 18