Solutions for the
Textile Industry
The textile industry places high demands on drive systems. High production speeds, continuous multi-shift operation and precise motion sequences in spinning, weaving, knitting, dyeing and finishing machinery require reliable and durable drive components. At the same time, unplanned downtime must be avoided and sensitive machine components must be protected against overload.
ENEMAC safety couplings (torque limiters) for direct and indirect drives reliably protect machinery against costly overload damage and provide torque limitation up to 23,000 Nm. In the event of an overload, they mechanically disengage the driveline within milliseconds, preventing damage to motors, gearboxes, rollers and other drive components while contributing to maximum system availability. Typical applications include spinning machines, weaving machines, textile finishing equipment, calenders, as well as automated material handling and winding systems.
ENEMAC metal bellows couplings provide absolutely backlash-free and torsionally rigid torque transmission. They reliably compensate for axial, radial and angular shaft misalignment and are designed for operating speeds of up to 57,000 min⁻¹. Thanks to their low mass moment of inertia, they are ideally suited for highly dynamic servo axes, precision drives, and positioning and winding applications where maximum rotational accuracy and precise web tracking are essential.
ENEMAC elastomer couplings combine precise torque transmission with effective vibration and shock damping. Their electrically insulating design protects bearings and drive components against stray electrical currents, minimizes resonance and reduces peak loads. Designed for operating speeds of up to 35,000 min⁻¹, they are the ideal solution for fans, pumps, conveyor systems and numerous other drive applications in textile manufacturing.
Combining high precision, dynamic performance and operational reliability, ENEMAC torque limiters and shaft couplings make a significant contribution to process stability, the protection of high-value machine components and efficient production in the modern textile industry.
ENEMAC safety couplings (torque limiters) for direct and indirect drives reliably protect machinery against costly overload damage and provide torque limitation up to 23,000 Nm. In the event of an overload, they mechanically disengage the driveline within milliseconds, preventing damage to motors, gearboxes, rollers and other drive components while contributing to maximum system availability. Typical applications include spinning machines, weaving machines, textile finishing equipment, calenders, as well as automated material handling and winding systems.
ENEMAC metal bellows couplings provide absolutely backlash-free and torsionally rigid torque transmission. They reliably compensate for axial, radial and angular shaft misalignment and are designed for operating speeds of up to 57,000 min⁻¹. Thanks to their low mass moment of inertia, they are ideally suited for highly dynamic servo axes, precision drives, and positioning and winding applications where maximum rotational accuracy and precise web tracking are essential.
ENEMAC elastomer couplings combine precise torque transmission with effective vibration and shock damping. Their electrically insulating design protects bearings and drive components against stray electrical currents, minimizes resonance and reduces peak loads. Designed for operating speeds of up to 35,000 min⁻¹, they are the ideal solution for fans, pumps, conveyor systems and numerous other drive applications in textile manufacturing.
Combining high precision, dynamic performance and operational reliability, ENEMAC torque limiters and shaft couplings make a significant contribution to process stability, the protection of high-value machine components and efficient production in the modern textile industry.
Matching products
Torque limiters for direct drives
0.3 - 23000 Nm
Torque limiters for direct drives protect against overload in the motor train and ensure precise torque transmission. They are used throughout plant, machine and test bench construction. While the variants with metal bellows mounting primarily compensate for axial, radial and angular misalignments, the torque limiters with elastomer mounting primarily have an electrically insulating and vibration-damping effect. Both types of coupling provide effective and purely mechanical protection against overloads and the resulting machine downtimes.
Torque limiters for indirect drives
0.3 - 23000 Nm
Torque limiters for indirect drives are indispensable components for torque transmission in the motor train of a wide range of industrial applications for attachment to output elements such as pulleys, sprockets or toothed pulleys. They are used, for example, in textile and packaging machines as well as in can, cup and beverage filling machines. They provide effective and purely mechanical protection against overloads and the resulting machine downtimes.
Elastomer couplings
max. 35000 Nm
Elastomer couplings (claw couplings) are plug-in equalising couplings for backlash-free, angularly accurate transmission of torques in direct drives. The polyurethane insert, available in different Shore hardnesses, has a vibration-damping and electrically insulating effect.
Metal bellows couplings
max. 57000 Nm
Metal bellows couplings compensate for axial, radial and angular shaft misalignment, are quick and easy to install and ensure reliable torque transmission at speeds of up to 95,000 rpm. They can be installed at operating temperatures of up to 350°C. Stainless steel versions are available for demanding applications.
Whether you need customized coupling solutions or expert advice - we are here for you. Contact us today and benefit from our expertise.
Product compass
Find the perfect coupling - fast and easy!
Our product compass will help you to find the right safety coupling or shaft coupling for your application. Relevant selection criteria such as nominal torque, bore diameter, shaft connection or desired compensation element make the product search easier. You can download further technical information such as dimensional drawings and CADs or send us a specified inquiry directly via a list of results configured for you under “Details”. We look forward to your visit!