|
|
||||
|
|
||||
Series
50/70 |
Engineering Data Sheet |
|||
|
RECOMMEND STANDARD SERIES 50 |
||||
| The examples of shock absorber mounting shown illustrate a typical application that can be used to aid in sizing the shock absorber unit to a system. It is recommended that the system should be designed at 60% of the units rated capacity. This allows the best adjustment control (mid range of adjustment). CAUTION: Exceeding the published maximum energy, angle of travel or using either end of the unit's travel as a positive stop for the system VOIDS the warranty of the unit. | ||||
|
|
||||
|
|
||||
|
Let W = 500 H = 6.7" D = 10" |
||||
|
SYMBOLS |
||||
|
E |
= | Energy ........................... | Inch Pounds | |
| W | = | Weight............................ | Pounds | |
| V | = | Contact Velocity ............ | FT/Sec. | |
|
Note: Contact Engineering Department is contact velocity exceeds 20 ft./sec. |
||||
| H | = | Total Vertical Distance... | Inches | |
| t | = | Deceleration Time........... | Sec. | |
| D | = | Shock Absorber Stroke... | Inches | |
| G | = | Deceleration Force.......... | Pounds | |
| F | = | Driving Force................... | Pounds | |
| T | = | Propelling Torque ............ | Inch Pounds | |
| Ø | = | Deceleration Angle........... | Radians | |
| Note: 1 Radian = 57.3 Degrees | ||||
|
|
||||
