PG-15
Rubber Buffer
| Product Code | Note | ||
|---|---|---|---|
| PG-15 KJ-250 | Rubber Buffer KJ type | ||
| PG-15 KJ-200 | Rubber Buffer KJ type | ||
| PG-15 KJ-160 | Rubber Buffer KJ type | ||
| PG-15 KJ-125 | Rubber Buffer KJ type | ||
| PG-15 KJ-100 | Rubber Buffer KJ type | ||
| PG-15 KJ-80 | Rubber Buffer KJ type | ||
| PG-15 KJ-63 | Rubber Buffer KJ type | ||
| PG-15 KJ-50 | Rubber Buffer KJ type | ||
| PG-15 KJ-40 | Rubber Buffer KJ type |
| Materials | Natural Rubber(NR) |
|---|---|
| Finish | Black |
| Explanation | To reduce the impact, stopper is commonly used. The energy E(J) when an article contacts will be as follows. （a）Verticle impact（free fall） E=m×g×h （b）Diagonal impact E=m×g×L×sinθ （c）Horizontal impact E=1/2×m×ν? E：Impact energy(J) m：Mass(kg) h：Height(m) L：Inclination length(m) g：Gravitational accelaration（≒9.8m/s?） θ：Inclination angle ν：Speed(m/s) Choose a stopper which the above energy is within the maximum absorption energy range. |
Features
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・Soft when it is in contact. The deflection factor and spring constant grows larger which smoothly absorbs and reduces strong impact force.
・Durable against large load deformation without almost no wear. Also, does not cause noise when it is impacted
・Easy to mount and no need for maintenance