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Plane or Sleeve Bearing

Flange or Thrust Bearing

Structural

Calculation Type: Plane Bearing - One Way Rotation

1. Input a P value.
  N
Load W lbf.
I.D. φd inches
Length L inches
P 0 psi

2. Input a V value.

  S-1 rpm
Rotating speed n S-1 rpm
V 0 feet per minute
PV 0 psi*fpm

Calculation Type: Plane Bearing - Oscillating

1. Input a P value.
  N
Load W lbf.
I.D. φd inches
Length L inches
P 0 psi

2. Input a V value.

  S-1 cpm
Frequency of Oscillation S-1 cpm
Oscillating angle φd rad °
V 0 feet per minute
PV 0 psi*fpm

Calculation Type: Plane Bearing - Reciprocation

1. Input a P value.
  N
Load W lbf.
I.D. φd inches
Length L inches
P 0 psi

2. Input a V value.

  S-1 cpm
Stroke distance S inches
Cyclic Velocity S-1 cpm
V 0 feet per minute
PV 0 psi*fpm

Calculation Type: Flange/Thrust - Rotational

1. Input a P value.
  N
Radial Load W lbf.
I.D. φd inches
Length inches
Flange Diameter ØF.D inches
Axial Load lbf.
Radial Pressure 0 psi
Axial Pressure 0.000 psi

2. Input a V value.

  S-1 rpm
Radial Rotating speed n S-1 rpm
Axial Speed S-1 rpm
Radial Velocity 0 feet per minute
Axial Velocity 0.000 feet per minute
Radial PV 0 psi*fpm
Axial PV 0 psi*fpm

Calculation Type: Flange/Thrust - Oscillation

1. Input a P value.
  N
Radial Load W lbf.
I.D. φd inches
Length  inches
Axial Load lbf.
Flange Diameter ØF.D inches
Radial Pressure 0 psi
Axial Pressure 0.000 psi

2. Input a V value.

  S-1 cpm
Frequency of Oscillation S-1 cpm
Oscillating angle φd rad °
Radial Velocity 0 feet per minute
Axial Velocity 0.000 feet per minute
Radial PV 0 psi*fpm
Axial PV 0 psi*fpm

Calculation Type: Structural Shape - Reciprocation

1. Input a P value.
  N
Load W lbf.
Length L inches
Width inches
P 0 psi

2. Input a V value.

  N
Stroke Distance S inches
Frequency of Oscillation S-1 cpm
V 0 feet per minute
PV 0 psi*fpm

Note: The data listed falls within the normal range of properties but should not be used to establish specification limits nor used solely as the basis of design. TriStar Plastics assumes no obligation or liability for any advice furnished by the company or for results obtained with respect to the products. Blank data values denote further testing required or unavailable data.

PV limits are based off tristar internal testing and can be subject to vary based off mating surface finish, hardness, and application temperature. Please consult with TriStar Engineering for application specific material recommendations.