Manufacturers use different slip rings to transfer signal, electricity, and current from stationary to the turning point in rotating parts. One type of slip ring is the Ethernet slip ring. So, what is an Ethernet slip ring, and why do manufacturers prefer using the slip ring?
A slip ring makes communication between stationary and rotary points easier, faster, and more efficient. That is why manufacturers are going for slip rings that suit their needs. Moreover, Slip ring manufacturing companies are coming up with slip rings that suit every purpose, such as the Ethernet slip ring.
What Does Ethernet Slip Ring Mean?
Just as the name suggests, the slip ring uses Ethernet to transfer signals. Ethernet is a technical connect wired to a local area network to enable the device to connect and communicate efficiently. Thus, Ethernet slip ring transfer signals of a different type from rotary to stationary in a LAN setting.
With the need for faster communication, manufactures are using gigabit Ethernet for CAT5 and CAT6. That is because it can meet all the challenges that they face while manufacturing. Ethernet slip ring is applicable in industrial environments, wind turbines, laser systems, and military security equipment.
Why Ethernet in Slip Rings – Important Reasons
Why do manufacturers choose to have an Ethernet slip ring? The slip ring covers all the challenges that manufacturers face in the industrial setting. The following are the benefits of using the Ethernet slip ring:
1. Lessens the Cost
Every manufacturer aims to reduce operating costs. That is because it increases the profit margin and makes production smoother. Ethernet slip ring reduces the overall operation cost in the following ways:
· The high-quality brushes. As said earlier, Ethernet slip ring brushes are of high-quality fiber. That makes them durable since they do not wear out due to corrosion and vibration. Using the slip ring means, you do not have to change it now and then due to corrosion.
· The Ethernet slip ring also reduces the cost one incurs when changing the design to add more channels. That is because the Ethernet slip ring carries up to 8 channels and sensors and still works flawlessly as expected.
· The range of Ethernet slippage is unlimited. It means it does not limit a manufacturer. You can use the slip ring to transmit both analog and digital signals on one unit.
· The slip ring reduces maintenance costs. The brush will not move while rotating, resulting in damage. That is because the slip ring has grooves that hold brushes together when it is rotating.
· It narrows down to production in a firm. When the slip ring is working accordingly, the device works faster and leads to efficient production. Smooth running with no additional cost leads to high output, and manufacturers are happy.
2. Absolute Compatibility
Manufacturers know that they can never go wrong with the slip ring. That is because it is applicable in many places, making it cost-effective, easier to have, and maintain. The Ethernet slip ring has infinite compatibility in the following ways:
· It can transmit more signals. When using the slip ring, you do not have to worry about having different channels to carry various signals. That is because the Ethernet slip ring can hold up to 8 channels, so one does not have to have another slip ring for another signal transmission.
· Simultaneous transmission of analog and digital currents. Do you need to use both? The Ethernet slip ring can carry both at the same time, so you do not have to worry. It also has the capability of changing analog signals to the digital signal.
· The slip ring can mix both the electric and data signals in one unit.
· Moreover, the slip ring integrates signal and power for more accessible communication and passing of signals
· It is trusted globally due to its diverse use.
· The slip ring passes all the communication protocols without any hitches.
3. Decreases the Crosstalk Issues
Firstly, crosstalk is a mix-up, loss, or miscommunication of signals and currents between the rotary and the stationary part of a moving device. Why does crosstalk happen? It happens when the brushes in a slip ring start wearing up due to corrosion and vibration caused by corrosion.
Secondly, manufacturers consider the Ethernet slip ring because the brushes are of high-quality fiber material, which reduces corrosion. Also, it reduces vibration caused by corrosion in the slip ring. The use of a good insulator also helps in holding the brushes together, making the slip ring effective to use. With the Ethernet slip ring there is:
· No miscommunication: The information, data, or signal that the slip ring carries is safe, and there is no risk of miss-communication due to vibration. A device can run smoothly and deliver different signals, data, or current without the risk of providing the wrong information.
· No loss of data: It can be disastrous to lose information because it can lead to a device not working well. When one uses an Ethernet slip ring, you do not have to worry about the loss of data because the brushes have grooves that hold them together.
· No corrosion and vibration: The use of high-quality fiber material makes the slip ring free from corrosion. When there is no corrosion, there is no vibration hence the slip ring works quietly without any crosstalk.
· Reduce overall maintenance costs: Crosstalk is one of the challenges that manufacturers face. If you can prevent crosstalk, you will have overcome the problem and succeed in reducing the overall cost.
In this way, the Ethernet slip ring makes communication easier. Currents signals and data can pass from moving to stationary parts without hitches. That makes production more manageable, faster, and cost-effective, which is what every manufacturer wants.
There are many slip rings available in the market. Ethernet slip ring is one of the best slip rings. The reason why manufacturers go for the slip ring is that the slip ring overcomes all the challenges a slip ring solves. Ethernet slip ring has infinite compatibility, reduces crosstalk, and reduces the overall cost making it the best to use in your devices.