MIL-HDBK-1022A
requirements for the meter to communicate to a remote location
or equipment. Consider the use of a card-operated or key-
operated data acquisition system. Cards or keys, as
appropriate, are coded to identify the receiver of the fuel
and to allow access to the fuel. The quantities taken are
transmitted to a data-receiving device by electronic pulse
transmitters mounted on each meter, and each transaction is
automatically recorded.
4.7.2.2
Turbine. Use flange-connected, stainless steel-
bodied turbine meters of the desired pressure and flow rating
for the applicable service requirement. Ensure meter has
temperature-compensation and adjustable calibration. Ensure
all supporting equipment for meter is compatible with the
turbine meter selected. Provide an accuracy of plus or minus
0.5 percent when used for custody transfer. Consult the
appropriate Service Headquarters for requirements for the
meter to communicate to a remote location or equipment.
Consider the use of a card-operated or key-operated data
acquisition system. Cards or keys, as appropriate, are coded
to identify the receiver of the fuel and to allow access to
the fuel. The quantities taken are transmitted to a data-
receiving device by electronic pulse transmitters mounted on
each meter, and each transaction is automatically recorded.
4.7.3
Pressure Gauges. Use liquid-filled gauges of range
and dial size, as necessary, but not less than 0 to 160 pounds
per square inch (0 to 1100 kPa) pressure range and 4-inch
(100 mm) diameter dial. Gauges to be of all stainless steel
construction, with black graduations on a white face. For
locations where the temperature exceeds 100 degrees F
(38 degrees C), consult Service Headquarters for direction on
the possible use of gas-filled gauges.
a) Consider the location, year-round weather
conditions, and service requirements for the type of liquid
filling to be used.
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