|
| |
2-4.5
1250 Gpm Flood and Transfer Pumps (6 Units w/Area 8. See Note.)
NSN 4320-01-194-5601 GFE - Cont'd.
c.
Detailed information on these pumps is provided in the technical manual entitled "Installation, Operation and
Maintenance Instructions with Parts Breakdown", of April 1985, NSN 4320-01-194-5601 prepared by Peabody Barnes,
Inc. and overpacked with the pump. It is important that this publication be studied in detail prior to installation,
operation, or maintenance and that its stipulations be followed.
2-4.6
Meter-Strainer Assemblies (7 Units)
NSN_______
a.
Description:
The meters are Smith Meter, Inc., aluminum single case, positive displacement meter, Model No. SF-6V-NF with 6-inch
double grooved connections. Maximum working pressure 150 psig for maximum flow rate 800 gpm. A large numeral
reset counter mounted on the meter reads out in U.S. Gallons.
The strainers, one mounted upstream of each meter, are Weamco, Inc., 6-inch cast steel strainer, 40 mesh stainless
steel basket, 150 psi working pressure, with 6-inch double grooved connections. A Smith Meter, Inc., Type RB Air
Release Head is mounted on the strainer. The meters and strainers are mounted together on a skid for easy handling
and a firm setting. See Fig. 2-19.
b.
Function and Location:
Meters measure fuel into the fuel units and to the fuel dispensing assemblies. The strainers are to protect the meter.
Meter Locations
Location
No.
Equipment No.
(Ref.para.2-1.3)
1)
Inlet Line to Diesel Fuel Unit
1
MS 1 D
Inlet Line to Fuel Dispensing Assembly
1
MS 2 D
2)
Inlet Line to Jet Fuel Unit
1
MS 1 J
Inlet Line to Fuel Dispensing Assembly
1
MS 2 J
3)
Inlet Line to MoGas Fuel Unit
1
MS 1 M
Inlet Line to Fuel Dispensing Assembly
1
MS 2 M
* 4)
Outlet Line to Associated
Pipeline System
1
MS 1H
* Location not defined for typical TPT. Will be defined in specific area technical manuals.
c.
Detailed information on the meters and strainers is in the technical documents published by Smith Meter, Inc.
and Weamco, Inc., overpacked with the equipment. Additional information is contained in Supplemental Technical Data,
Appendix A.
2-22
|
