SHOCK ABSORBER SERIES DYSC

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop

Shock absorber DYSC End-to-end screw-in hydraulic shock absorber. Rapidly rising cushioning force curve due to path-controlled flow control function. • Hydraulic shock absorber with path-controlled throttle function • Rapidly increasing cushioning force curve • Short cushioning stroke • Suitable for rotary actuators • With metal fixed stop