SKF GAC 40 F 40mm Bore Plain Bearing, 69500N Axial Load Rating, 69.5kN Radial Load Rating, 68mm O.D

AMPMODU System 50 1.27 x 2.54mm shrouded and unshrouded board to board PCB header connectors with a high density design for PCB space saving. The housings of these AMPMODU System 50 1.27 x 2.54mm headers are made from high termperature thermoplastic with a polarized design to aid alignment to mating connectors and stand-offs for drainage. The unshrouded versions of these AMPMODU System 50 headers allow for the close stacking of daughter cards. These AMPMODU System 50 1.27 x 2.54mm board to board headers are available in a variety of configurations, single row, double row, vertical, right angle, through hole and SMT
Part numbers x-104074-x and x-104069-x have solder clips / PCB hold down posts.

The SKF Angular contact spherical plain bearings are designed to accommodate combined radial and axial loads. Single bearings can accommodate axial loads acting in one direction. This specific design includes a steel and PTFE FRP sliding contact surface combination that is maintenance-free. However, relubrication, which can be applied from both sides, can extend bearing service life.

Designed for combined radial and axial loads
Separable inner and outer rings enable easier mounting
Long service life and maintenance-free
Relatively insensitive to contaminants
Low coefficient of friction

TE Connectivity AMPMODU System 50 Interconnection System

AMPMODU System 50 Interconnection System with a compact space saving design and high density 1.27 x 2.54 mm contact spacing for use in high density applications. The AMPMODU System 50 connector system consists of PCB headers, PCB receptacles and wire to board IDC ribbon cable connectors. These connectors are available in various configurations making the AMPMODU System 50 connector system suitable for a wide range of applications. The contacts of the AMPMODU System 50 connectors are made from high conductivity copper alloy with selective gold plating for high electrical performance and reliability.