CENTAFLEX-M is a highly flexible CENTAFLEX coupling designed to connect gear output flanges to a propeller shaft, specifically in applications where mounting space is limited. Featuring a highly flexible rubber element, the CENTAFLEX-M offers backlash-free transmission of torque and propeller thrust. Designed to reduce noise and vibration under small and confined spaces, the CENTAFLEX-M damps torsional vibrations and shocks while limiting structural noise and providing significant electrical insulation. Built compact, the CENTAFLEX-M reduces handling and maintenance costs by omitting the additional components typically needed, like spacers. The CENTAFLEX-M compensates axial, radial, and angular misalignments for added safety and reduced wear and tear. Easy to mount by using the clamping hub, the CENTAFLEX-M is an ideal solution for limited mounting spaces.

The CENTAMAX-G was developed for torsionally-active generator and pump drives. Torque is transmitted to the rubber element through the interlocked outer flywheel flange. Available with CENTALAN-HT elastomer, a high-temperature tolerant, synthetic material developed to meet the dynamic characteristics of natural rubber mixtures. Characterized by high torsional flexibility with linear characteristics, the CENTAMAX-G couplings damp torsional vibrations and shock loads and compensate axial, radial, and angular misalignments. CENTAMAX-G is equipped with an industry standard taper-locking bushing for quick and easy installation. Available for engine and generator connections according to DIN-6281. The CENTAMAX-G is available with flywheel connections according to SAE and offers a plug-in version for easy assembly and mounting.

The CENTAMAX-HTC is optimized for higher allowable power loss for drives subject to extreme torsional vibration. The CENTAMAX-HTC enables torque transmission via a toothed outer ring onto a rubber-in-shear element divided into slim sections. The highly reliable design is axially compact yet ideal for high-torque applications. With optimized higher allowable energy loss due to increased surface area, improved heat dissipation, and more effective ventilation, the CENTAMAX-HTC is a robust coupling solution for modern low emission diesel engines. Available with CENTALAN-HT elastomer for superior heat-resistance. Built to damp torsional vibrations and shock loads, the CENTAMAX-HTC compensates significant axial, radial, and angular misalignments. The compact, economic design proves superior when compared to standard double element couplings, making this a high-performance solution. Available for SAE and non-standard flywheel connections, the CENTAMAX-HTC offers plug-in blind assembly and minimal mounting effort.

Under the CENTAX-K product line, the CENTAX-KK features a two-piece connection to the driven units. Using an additional hubstar from the CENTAFLEX-K series, an axial blind mount is achieved. The design allows for keyed connections, conical clamping, or the CENTALOC-clamping. The positive locking of the hub with an integrated rubber bumper provides additional innovation and customization, ensuring that the fixed rotating direction coupling is free of backlash. The innovative design ensures reduced noise during operation. Excellent for marine and energy applications, the CENTAX-KK has the quality features of the CENTAX-K, available customization, and superior adaptability for each application.

Part of the CENTAX-K line, the CENTAX-KS features a hub integrated into the plastic flange on the driven-side. The driving unit of this one-piece coupling is then plugged onto the splined shaft of your driven equipment for ease of assembly. The CENTAX-KS is available in variations to suit many different applications. Able to damp torsional vibrations and impacts to reduce wear and tear on your gear or pump, the CENTAX-KS compensates for axial and radial misalignment that may result during operation. The series covers torques ranging from 400 to 800 Nm. Tested and proven, CENTA products can withstand the toughest applications.

Centrifugal blowers are used for moving air or gases, in ventilation systems for buildings, and are suited for industrial and air pollution control systems. These blowers are available in many different cubic feet per minute (CFM).