Through Hole Slip Rings For Industry Equipment
Industrial equipment requires a continuous power supply to maintain the continuous operation of components such as material position sensors and stirred reactors in chemical production.
Through hole slip rings for industry equipments provide power, signal or data transmission between the equipment power supply and these components. This allows machines to maintain the batch production tasks, without involving the wires that become tangled or twisted due to rotation.
High protection level
The working environment of industrial equipment is full of dust, moisture and oil, so the slip ring must have a high protection level. IP65-IP68 slip rings can basically prevent the intrusion of dust and water, and avoid interruption of equipment operation.
Good temperature resistance
Industrial equipment may operate in extremely high or low temperature environments, such as high-temperature industrial furnaces and box-type resistance furnaces. We often use more heat-resistant metal materials, silicone sealing materials, etc. to enable slip rings to work normally at -40-+100°C or in a wider temperature range.
Customizable design
Different industrial equipment has different requirements for slip ring performance. Slip rings should provide customized options in terms of installation space, speed, signal type, number of channels, transmission efficiency, etc. according to different working conditions and environments.
Durable material selection
Some industrial equipment needs to transmit large currents when working, such as electrolytic aluminum equipment, large cranes, etc. Slip rings need to withstand their large current loads, so they prefer to use materials such as gold, silver, and copper. In this way, the slip ring can maintain a low temperature rise when a large current passes through it to prevent damage due to overheating.
Low contact resistance
Excessive contact resistance causes the signal attenuation of equipment sensors and control mechanisms, and may cause heating of components. The contact resistance of ByTune slip rings is generally controlled below 7mΩ to maintain stable signal transmission and low signal distortion.
Strict manufacturing process
The parts of the slip ring require precise processing and assembly during production. For example, the surface roughness of its conductive ring must be below Ra0.8μm to maintain good contact with the brush. The installation error of the brush should be within ±0.05mm, and maintain moderate pressure and friction with the conductive ring.
