Collection:Festo Shock Absorbers DYEF
Shock absorber DYEF features end-to-end screw-in mechanical shock absorbers with damping plates and a fixed stop in tappet design. These shock absorbers are equipped with a flexible rubber buffe...
0.9 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | 0..60 | ||
0.9 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.3 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.2 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | -10..60 | ||
1.5 | TV002572 | TV002383 | EV020511 | -10..60 | ||
1.2 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.3 | TV002572 | TV002383 | EV020511 | 0..60 | ||
1.3 | TV002572 | TV002383 | EV020511 | -10..60 | ||
0.9 | TV002572 | TV002383 | EV020511 | -10..60 | ||
1.3 | TV002572 | TV002383 | EV020511 | 0..60 |
Festo Shock Absorbers DYEF
Shock absorber DYEF features end-to-end screw-in mechanical shock absorbers with damping plates and a fixed stop in tappet design. These shock absorbers are equipped with a flexible rubber buffer that allows for a defined metal end position, ensuring precise and reliable performance.
The mechanical shock absorber with a flexible rubber buffer is ideal for cushioning low energy impacts. The adjustable cushioning hardness allows users to fine-tune the shock absorption to meet specific requirements, providing versatility and adaptability in various applications.
These shock absorbers are particularly recommended for production facilities involved in the manufacture of lithium-ion batteries. The precise metal end position and adjustable cushioning make them suitable for environments where precision and reliability are crucial.
When selecting a shock absorber DYEF, consider the specific energy absorption needs and the required precision of the end position. The adjustable cushioning hardness is a key feature that allows customization to match the operational demands, ensuring optimal performance and longevity of the equipment.