Important Rotary Joint Selection Strategies In The IoT Era

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Important Rotary Joint Selection Strategies In The IoT Era
In the time of the Internet of Things – the IoT era – the process of choosi
How Rotary Joints Impact the Trasnmission of Data
What are the parts of a rotary joint?
Source: wikipedia
Speed of rotation
Media
Temperature
Pressure
Number of passages

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Rotary joints are a prime example.
How Rotary Joints Impact the Trasnmission of Data
A rotary joint is a device utilized to transfer (pressurized or under vacuum) fluid from a passage supply to a rotating outlet providing a mechanical sealing to the system.
Rotary joints are essential in many rotating mechanical parts with a flowing medium.
However, rotary joints have a function in modern technology that they didn’t used to have.
Rotary joints are used in many applications such as heavy equipment, energy devices, and industrial machinery.
In this guide, we will be discussing more on rotary joints, and how you can select the right one for your application, especially if you are using big data to connect it to the IoT.
What are the parts of a rotary joint?
Below are some of the basic parts that typically constitute a rotary joint for an IoT device:
There are times where the shaft is stationary while the housing rotates, as in large flange rotary joints.
Seal – main wearing component of rotary joint as it prevents or reduces leakage of media between the rotating and stationary equipment.
In order to choose the best rotary joint for your application, you need to know first the fitting requirement of your equipment and your desired technical parameters.
The typical speed of rotary joints ranges from 0 to 1,000 RPM.
The right rotary joint for your application is also greatly dependent on your preferred media.
Rotary joints are composed of different internal parts, each with their own temperature limits.
The typical media and environment temperature for rotary joint applications range from -100° C to 200°C.
When choosing a rotary joint, the maximum operating pressure should be always considered as the operating pressure.
Normal operating pressure of rotary joint ranges from 0 to 20,000 PSI with some applications requiring up to 40,000+ PSI.
Rotary joints can have one to four or more passages to accommodate the flow of fluid

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