NSN 5310-00-595-6742

Part Details | FLAT WASHER

5310-00-595-6742 A washer having a centrally located hole with a solid or laminated cross-section and two flat parallel bearing surfaces. The hole must be 75 percent or less than the largest dimension and the bearing surface finish is greater than 32 microinch (0.8 micrometer). The thickness cannot exceed 25 percent of the largest outside dimension. When the largest outside dimension is less than 1/4 inch or 6mm, the thickness must be 0.006 inches (0.15mm) or greater and for items 1/4 inch (6mm) or larger, the thickness must be 0.016 inches (0.4mm) or greater. The maximum tolerance is applied to dimensions and used as a determining factor. Items with separable lamination use SHIM. For items fabricated from ceramic or electrically rated materials by specification or industry standards use INSULATOR (1), WASHER. Excludes DISK, VALVE, graphite impregnated and lubricated items.

Alternate Parts: MS15795603, MS15795-603, MS15795603, MS15795-603, 402049PC7, 12Z303550, 12Z3035-50, 1041B4L, 104-1B4L, 5310-00-595-6742, 00-595-6742, 5310005956742, 005956742

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
53JAN 01, 196300-595-674213393 ( WASHER, FLAT )
REFERENCE DRAWINGS & PICTURES

RECTANGULAR

ROUND

ROUND

Cross Reference | NSN 5310-00-595-6742
Part Number Cage Code Manufacturer
MS15795-60396906MILITARY STANDARDSPROMULGATED BY MILITARY DEPARTMENTS
MS15795-60380205NATIONAL AEROSPACE STANDARDSCOMMITTEE AEROSPACE INDUSTRIES
402049PC710001NAVAIR AND NAVSEA MANAGEDORIGINAL DESIGN ACTIVITY DWG NOT
12Z3035-5010001NAVAIR AND NAVSEA MANAGEDORIGINAL DESIGN ACTIVITY DWG NOT
104-1B4L80063US ARMY COMMUNICATIONS &ELECTRONICS MATERIEL READINESS
Technical Data | NSN 5310-00-595-6742
Characteristic Specifications
HOLE DIAMETER0.120 INCHES MINIMUM AND 0.130 INCHES MAXIMUM
PERIPHERAL SHAPE STYLE ROUND
OVERALL DIAMETER0.245 INCHES MINIMUM AND 0.250 INCHES MAXIMUM
CENTER HOLE SHAPE STYLE ROUND
CROSS-SECTIONAL SHAPE STYLE RECTANGULAR
THICKNESS0.016 INCHES MINIMUM AND 0.025 INCHES MAXIMUM