TO 00-25-172 - Robins Air Force Base
TO 00-25-172 - Robins Air Force Base
TO 00-25-172 - Robins Air Force Base
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>TO</strong> <strong>00</strong>-<strong>25</strong>-<strong>172</strong><br />
1.2.36 Remote Control Fuel Switch. A portable pushbutton<br />
on/off explosion proof switch attached to the hydrant<br />
outlet by an insulated, flexible control cable and used to start<br />
and stop fuel flow. This may also be a magnetic switch with<br />
a lanyard.<br />
1.2.37 Servicing Crew Member. A person who performs<br />
duties required by the specific servicing checklist under the<br />
supervision of the oxygen, refuel/defuel supervisor, or chief<br />
servicing supervisor. For C-9 medical evaluation aircraft<br />
only, the Chief Servicing Supervisor (CSS) can also function<br />
as the Refueling Panel Operator (RPO) and the Single Point<br />
Receptacle Monitor (SPRM). In this case, a person in AFSC<br />
4NOXX or X8AOO can perform duties as a safety observer<br />
in front of the C-9 aircraft but must be on intercom with the<br />
CSS and the aircrew.<br />
1.2.38 Combat Sortie Generation. Combat sortie generation<br />
is a process by which mission capable fighter aircraft<br />
are generated in a minimum amount of time, during peacetime<br />
or wartime, through separate 2AXXX and 2WXXX<br />
tasks or by Concurrent Servicing Operations (CSO). Combat<br />
sortie generation may include fueling, munitions/ammunition<br />
loading/unloading, aircraft reconfiguration, -6 <strong>TO</strong> inspections,<br />
and other servicing requirements.<br />
1.2.39 Shelters.<br />
1.2.39.1 <strong>Air</strong>craft Alert Shelter. A covered unhardened/<br />
unprotected structure with or without doors from which a<br />
mission ready aircraft can be launched. <strong>Air</strong>craft are expected<br />
to start engine within the shelter and taxi out of the shelter<br />
under their own power. Some shelters are designed to allow<br />
the aircraft to taxi in as well. Some shelters provide protection<br />
from the elements, others are complete hangars.<br />
1.2.39.2 Hardened <strong>Air</strong>craft Shelters (HAS)/Protective<br />
<strong>Air</strong>craft Shelters (PAS). Refer to Figure 4-1.<br />
1.2.39.2.1 First Generation Shelters. These shelters<br />
have two manually operated, vertically hinged, prow-shaped,<br />
recessed, metal aircraft entry doors. Usable floor space is 48<br />
feet by 75 feet.<br />
1.2.39.2.2 Modified First Generation Shelters. These<br />
shelters have one electrically operated, side opening, roller<br />
supported, prow-shaped, externally mounted, metal aircraft<br />
entry door. Usable floor space is 48 feet by 1<strong>00</strong> feet.<br />
1.2.39.2.3 Second Generation Shelters. These shelters<br />
have two electrically operated, side opening, roller supported,<br />
externally mounted, reinforced concrete panel aircraft entry<br />
doors. Usable floor space is 82 feet by 124 feet.<br />
1.2.39.2.4 Third Generation Shelters. Same as second<br />
generation except usable floor space is 71 feet by 120 feet.<br />
1.2.39.2.5 Protective <strong>Air</strong>craft Canopy Shelters (PACS).<br />
These “carport type” shelters have fabric covered canopies<br />
designed to protect personnel and aircraft from the elements.<br />
They do not have doors or walls.<br />
1.2.40 Supervisory Contractor Representative (SCR).<br />
The person responsible for the control of contractor personnel<br />
involved in concurrent servicing operations, fuel nozzle<br />
connection/disconnection, and operation of refueling control<br />
panel on commercial aircraft.<br />
1.2.41 Support Equipment (SE). All equipment required<br />
on the ground to make a weapon system, command and control<br />
system, subsystem, or end item of equipment operational<br />
in its intended environment.<br />
1.2.42 Switch Loading. The introduction of a low volatility<br />
fuel such as JP-8 into a tank containing a residue of a<br />
higher volatility fuel such as JP-4, and vice versa.<br />
1.2.43 Transferring of Fuel. The movement of fuel within<br />
the aircraft internal fuel system. This term also applies to<br />
bulk movement of fuel.<br />
1.3 REPORTING OF HAZARDS.<br />
Any potential hazard shall be reported to local supervision.<br />
Examples of hazards that should be reported are:<br />
a. Glowing or crackling fuel.<br />
b. Visible areas or sparks from any source.<br />
c. Electrical shocks to personnel.<br />
d. <strong>Air</strong>craft with defective grounding/bonding receptacles.<br />
e. Fluid leaks, mists, or sprays.<br />
1.4 RECOVERABLE PRODUCTS.<br />
Recoverable products resulting from ground handling and<br />
servicing of aircraft/equipment will be handled in accordance<br />
with federal, state, and local environmental directives or<br />
laws. Refer to AFI 23-502, Recoverable and Unusable Liquid<br />
Petroleum Products, and <strong>TO</strong> 42B-1-23, Management of<br />
Recoverable and Waste Liquid Petroleum Products.<br />
1.5 FUEL OR OIL SPILLS.<br />
Fuel or oil spills will be reported to the base fire department<br />
and the civil engineering pollution control response team as<br />
required by local directives. Implement spill control procedures<br />
in accordance with local directives.<br />
1-4