CENO also provides slip rings of various specifications to numerous lithium-ion battery manufacturers.
Lithium-ion batteries have become one of the hottest industries in recent years, leading to a period of significant development and transformation for domestic lithium-ion battery equipment manufacturers in China. Lithium-ion battery equipment is divided into many sub-sectors and specific equipment, among which slip rings are commonly used in lithium-ion battery mixers and winding machines.
The primary application of slip rings in lithium battery equipment mixers is to enable unimpeded power transmission between rotating mixing components and stationary power sources and control signals. This allows the mixer to receive power, control its rotational speed and program, and transmit data from internal sensors (such as temperature and pressure) to the control system while maintaining mechanical simplicity and reliability.
Power Transmission: Power slip rings deliver electricity power to high-speed motors, driving the rotation of mixing blades to blend materials.
Signal Transmission: Signal slip rings enable the seamless transfer of electrical power between rotating mixing components and stationary power sources and control signals in lithium battery equipment mixers. This allows the mixer to receive power, control its speed and program, and transmit data from internal sensors (such as temperature and pressure) to the control system, while maintaining a compact and reliable mechanism.
Power Transmission: Power slip rings transmit sensor data (e.g., temperature, pressure, speed) and control signals used to monitor and regulate the mixing process, ensuring the mixture achieves the desired consistency and uniformity.
Unrestricted Rotation: Slip rings eliminate concerns about wire entanglement, ensuring the mixing arm can rotate 360 degrees without restriction. This is critical for batch mixing or cleaning operations on production lines.
Enhanced Reliability and Safety: Using slip rings reduces wear on moving parts and prevents wire breakage or damage during motion. This improves equipment reliability in harsh environments and minimizes risks from electrical failures.
Simplified Design: The unobstructed power transmission via slip rings simplifies mixer design by eliminating complex wire management and winding systems. This results in more compact equipment that is easier to maintain.
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