National Item Identification Number
12-157-2499
121572499
2940-12-157-2499
2940121572499
National Stock Number
Item Name
FILTER ELEMENT,FLUID
Federal Supply Class
2940
Description
A replaceable device designed to remove solid particles from fluids ranging in density from heavy liquids to gases. The removal of particles is accomplished by porous material (metallic or non-metallic), stacked disks, wound wire, or the like, constructed so the fluid can flow through the device while the solid particles are retained. It may be designed to fit into a FILTER, FLUID (or similar cavity), or it may have an integral outer casing and mounting facilities and be designed to connect directly to an engine, compressor, or the like. The degree of removal of particles must be nominally rated at less than 50 microns or absolutely rated at less than 75 microns. Excludes FILTER ELEMENT, AIR CONDITIONING. See also STRAINER ELEMENT, SEDIMENT.
Commercial and Government Entity Code (Supplier Data)
D9741
HENGST WALTER ING. GMBH & CO. KG
FILTERWERKE
NIENKAMP 55-85
MUENSTER
48147
GERMANY
0251-20202-0
D9741
HENGST WALTER ING. GMBH & CO. KG
FILTERWERKE
NIENKAMP 55-85
MUENSTER
48147
GERMANY
0251-20202-0
F8779
FLEETGUARD
ZI RTE DE ROSPORDEN
QUIMPER
29000
FRANCE
02 98 76 49 49
D1560
MAHLE FILTERSYSTEME GMBH
-MAHLE INDUSTRIEFILTER-
13 09
OEHRINGEN
GERMANY
07941-67-0
D8081
MAHLE FILTERSYSTEME GMBH
50 06 69
STUTTGART
GERMANY
0711-501-0
D1560
MAHLE FILTERSYSTEME GMBH
-MAHLE INDUSTRIEFILTER-
13 09
OEHRINGEN
GERMANY
07941-67-0
D8086
MANN HUMMEL GMBH
GROENERSTR. 50
LUDWIGSBURG
71638
GERMANY
07141-98-0
B1223
BOSCH ROBERT NV
HENRI GENESSESTRAAT1
BRUSSEL
B-1070
BELGIUM
32 2 525 52 71
F6573
RENAULT TRUCKS
99 RTE DE LYON
SAINT PRIEST
69800
FRANCE
04 72 96 75 75
D8015
BOSCH ROBERT GMBH
GESCHAEFTSBEREICH KH
41 09 60
KARLSRUHE
GERMANY
0721-942-2254
F3742
ROBERT BOSCH FRANCE
32 AV MICHELET
BP 67
SAINT OUEN
93400
FRANCE
01 40 10 71 11
Reference Numbers (Part Numbers)
H17W
H17W01
LF3402
OC59
OC59
PC31
W940
0 451 104 065
0024151017
0451104
Required Categories
Required Description