CENTA COUPLING SERIES
CENTA Couplings, distributed by ROTECH SYSTEMS, are innovative power transmission solutions designed for high-performance applications. Known for their reliability and flexibility, CENTA couplings effectively handle shaft misalignment, reduce vibration, and ensure smooth operation across various industries. With advanced engineering and robust construction, CENTA couplings deliver optimal performance and durability in demanding environments.
CENTAFLEX-H
Flexible couplings
Torsionally stiff coupling with heavy duty performance. For resonance-free operation of diesel-hydraulic drives. Based on a flexible element of heavy duty elastomer with built-in aluminium or steel bushes. Especially powerful and compactly dimensioned design with high torsional stiffness. Dampens torsional vibrations and shocks and compensates high axial as well as moderate radial and angular misalignments. At the same time very durable and economical. Oil-resistant and suitable for extremely high temperatures. Blind assembly for minimum mounting effort.
CENTAFLEX-A
Flexible couplings
Highly flexible coupling for a wide range of applications. For a maximum of design variants. Based on a highly elastic rubber element subject only to compressive stress. Extremely high-performing design with high torsional elasticity. Dampens torsional vibrations and shocks and compensates considerable axial, radial and angular misalignments. Electrically insulating and thermally resistant in silicon design. For rupture-proof and backlash-free transmission of high torques. Available as axially blind fitting design with radial mountability. Rubber element available as split element for quick replacement. Easy handling and mountable with minimum effort. In various lengths adaptable to the installation requirements if applied as homokinetic shaft.
CENTAMAX
Flexible couplings
Robust coupling with high torsional flexibility, especially for independently mounted gensets. For backlash-free transmission of medium torques. Backlash-free torque transmission via a steel flange onto a pre-compressed rubber element. Extremely fail-safe and low-wear design for transmission of medium torques. Characterised by high torsional flexibility with linear characteristic. Dampens torsional vibrations and shocks and compensates axial and angular misalignments. Economic design effectively ventilated and with high allowable energy loss. Blind assembly for minimum mounting effort. Easy radial replacement and maintainable design.