The transversor mechanically detects changes in motion:
– Reacts to change in speed
– Activates instantly when adjustable threshold is reached
– Is able to react at any speed without any performance loss
Once activated the transversor can be, among other things, configured to apply brake force. Depending on the application, brake force can be proportional to torque, change in torque or rotational speed. Activation is always independent of rotational speed. The design of the transversor is such that it is insensitive to all forces except the Euler force. This makes the technology work under any condition without loosing effectiveness.
The transversor should not be mistaken for centrifugal activated technologies such as brakes or clutches. A centrifugal technology can only react to size of rotational speed and are commonly kept deactivated using springs or levers.
Why is the transversor technology important?
A transversor is the only autonomous technology that has the capability to prevent accidents and control motion without increasing power consumption or introducing performance losses.
Find out more about the transversor technology and its unique functionality
Why Do You Need a Transversor?
When you need to stop movement that caused by overspeed, do you want to:
A: Wait for speed to build up even more before take action?
B: React instantly and apply appropriate measures?
A transversor is the only autonomous technology that has the capability to prevent accidents and control motion without increasing power consumption or introducing performance losses. Detection is incredibly quick and enables previously impossible safety measures to be taken into place. If you’re in a high rise elevator that suddenly starts to free fall, our solution is over 50 000 times quicker reducing stop distance from over 30 meters to a only few centimeters.
A transversor enabled product doesn’t wait for accidents to happen!
The transversor technology has three main applications that not only makes existing products much safer, but also opens up for new rotational control technologies.
Controlling tension is difficult, expensive and require complex connected solutions. We make tension control simpler, more efficient and reduce total power consumption.
We can help you reduce the risk of damage to your equipment due to overspeed. Unlike traditional solutions, ours reacts instantly to overspeed and prevents further increase in speed.
Shorten Stop distance
When it comes to safety, stop distance can never be too short. Our solution reacts thousands times faster than traditional technology allowing your solutions to become much safer.