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Front Mount Dump Body Cylinder Force and Stroke Calculations
 
 2 Easy Steps for Front Mount Dump Body Cylinder Force and Stroke Calculations

Button 1 Determine cylinder force needed.

This is the initial force needed to lift a load.

Approx. initial             Load (LBS.) x "A"
cylinder force      =                 "B"

Example

45,000# x 80"     =     22,500# of force
160"                               to start the lift.

NOTE: For a good design, the pressure on the first ram at the start of the lift should not exceed 800 P.S.I.

Button 2 Determine cylinder stroke needed.

The tables and formula below will give you the required cylinder stroke for a dump angle.

Approx. Stroke = "B" x "D"

Example: 160" (B) x .845 (D) = 135" stroke

Req Drawing
unit of measure = inches

A = Center of load to dump body hinge (in inches)

B = Length in inches, cylinder base pin to body hinge pin

C = Stroke

D = Dump angle

E = Center of load

F = Hinge

Dump Angle

"D"

42°

.715

43°

.733

44°

.750

45°

.765

46°

.780

47°

.797

48°

.813

49°

.830

Dump Angle

"D"

50°

.845

51°

.861

52°

.877

53°

.892

54°

.903

55°

.923

56°

.939

57°

.954

Normal minimum dump angle is 45°. Normal maximum dump angle is 57°

Note: This data is submitted as an approximation. Final dimensions should be determined by an engineering drawing