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Can you afford downtime?

CDWdrives Torque Limiters Unlock Precision and Safety

Is it time to install a CDWdrives torque limiter?

Ball detent torque limiters are vital components in numerous industrial applications, protecting machinery from damage caused by torque overload, unexpected jams, or collisions. Torque limiters protect your equipment by disconnecting the drive from the driven component when the torque exceeds a preset limit, preventing potential equipment failures. 
 
Additionally, installing a ball detent torque limiter is like taking out an insurance policy against downtime. Beyond the cost associated with damaged equipment, one must also consider the lengthy lead times for replacements and the risk of extended operational halts, which can result in missed production targets, unsatisfied customers, and increased maintenance expenses.
 
CDWdrives offers four popular sizes of ball detent torque limiters, available for immediate shipping. Custom configurations are done very quickly. Rely on our technical specialists to handle precise sizing and selection tailored to your application—ensuring your equipment stays protected and the risk of unplanned downtime is minimized.

Watch this very short video to see what can happen when you don't install a torque limiter

Reasons why you should invest in a CDWdrives brand torque limiter 

  1. Immediate Availability: CDWdrives offers four popular sizes and configurations of torque limiters, ready for next-day shipping 
  2. Custom Solutions: As experts in torque limiters, CDWdrives can quickly build and ship custom configurations to meet specific application needs.
  3. Accurate and Predictable Disengagement: The torque limiter disengages quickly and cleanly when the torque limit is exceeded, preventing damage to equipment. This accurate response helps prevent potential damage to machinery from excessive overload.
  4. Fast Re-engagement: After an overload event, CDWdrives ball detent torque limiters can re-engage quickly and automatically. Automatic reset allows the system to continue operating after the overload condition is cleared, minimizing downtime.
  5. Synchronization: In applications where synchronized operation is essential, ball detent torque limiters can be designed to re-engage only when the driving and driven components return to their original relative positions. This feature is crucial for maintaining proper system timing, particularly in applications such as bottling, packaging, and paper-converting machines.  
  6. Improved Performance: Using a CDWdrives torque limiter helps maintain optimal operational efficiency.
  7. Easy Installation: Say goodbye to complicated setups! Our torque limiters are user-friendly and easy to install, enabling seamless integration into your existing systems without hassle.
  8. Durable Design: Our torque limiters are crafted from high-quality materials and designed to withstand prolonged use. They can withstand harsh working conditions, ensuring long-term reliability and peace of mind.
  9. Versatile Applications: Whether in manufacturing, construction, or any industry that relies on heavy machinery, our torque limiters are adaptable to various applications, making them the perfect solution for your needs
  10. Repair Services: CDWdrives provides service and repair for torque limiters of all brands.

    Safeguarding your equipment with a CDWdrives torque limiter is a proactive investment that prevents costly damage, reduces unplanned downtime, and extends machinery life. CDWdrives ball detent torque limiters deliver precise, consistent overload protection for demanding applications. Alongside our trusted line, we offer solutions from leading manufacturers—ensuring you receive tailored, industry-proven protection for any application requirement.

Are you ready to protect your expensive equipment and avoid costly downtime?
Contact us for a quote: sales@cdwdrives.com
Understanding the Importance of Torque Limiters

Understanding the Importance of Torque Limiters

Why Torque Limiters are Essential Whether simple or complex, modern machines share a predictable motion known as torque or force and velocity...

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