Videos from RST

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In this issue, Dr. Klaus Kempf and Oliver Kalmey from RST answer all your questions about the development, purpose and function of pressure compensation elements.

In this episode, we talk about the variety of products, the special properties and the technical features of pressure compensation elements.

Lightning-fast installation thanks to the SNAP solution - without any connection threads.

The Auto Reversible Ventilation Safety Device (ARSVD) was specially developed as a SNAP solution for battery systems and Li-ion batteries.

The video from our partner company Eaton gives a very good insight into how pressure balance elements (PBE) from the Redapt product line are used in practice.

Learn more about the functionality of our new cable gland with integrated pressure compensation function, which combines the advantages of a cable gland with those of a pressure compensation element in one product.

The new Euro-Top FrontFix offers a cable gland concept that is unique of its kind to date, dispensing with conventional connection techniques by thread or locknut. A special snap-in mechanism facilitates assembly considerably, making a time saving of around 70% in relation to commercially available cable glands absolutely realistic.

Learn more about how our new 4th generation pressure equalization elements work. These are UL approved, UV resistant and allow for extra high airflow.

Learn more about how our new 4th generation Euro-Top EMC works, which allows quick assembly and contacting of shielded cables.

The new safety DAE (pressure equalization element) offers not only the pressure equalization function, which prevents the formation of condensation and extends the service life of the overall system, but also another function designed specifically for battery systems: If the pressure is too high, the DAE opens and gives way to hot gases to the outside and prevents the entire battery housing from exploding.

If you want to feed two cables through a through-hole into an enclosure, there are several possibilities in this respect. Cable glands with multiple sealing inserts are particularly suitable for solving this problem. But what if the two cables to be inserted do not fit through the cable gland (e.g. opening in the cap nut too small), or if Ex e/d approval is required. One possibility would be to work with potting glands. However, these are relatively costly and sometimes complicated to handle. Another and much simpler option is to use a T or Y adapter. These adapter types are mounted on the housing and fitted with a cable gland at each of the two distribution points. This video provides a brief introduction to the field of T and Y adapters.