Advantages of JINPAT LPT Series Hollow Shaft Slip Rings in Automation Equipment Applications

In the field of automation equipment, from robotic arm joints and rotary workbenches to automated testing equipment, any component involving 360-degree continuous rotation needs to address a critical issue: how to continuously and stably supply power and transmit control signals to the rotating components? The JINPAT LPT series hollow shaft slip ring is a core component designed precisely for this purpose. It acts as the "rotating joint" of the equipment, ensuring smooth and uninterrupted transmission of energy and information between the fixed and rotating structures.

Core Design Features

The successful application of this series of slip rings stems from a series of engineering designs optimized for automation needs:

Large Space Integration Design: The 25mm central through-hole is a major highlight. It not only saves installation space but, more importantly, provides great convenience for equipment integration, allowing air pipes, hydraulic pipes, or additional wiring harnesses to pass through, achieving "one-stop" integration of power, signal, and media transmission.

Hybrid Transmission Capability: This slip ring can handle both current and weak signals simultaneously. One channel can transmit 10A of current, sufficient to drive motors, solenoid valves, and other power components; another channel transmits millivolt-level weak temperature signals, such as K-type thermocouple signals, meeting the needs of precision measurement and control.

Wide Applicability: The wide operating voltage range of 0-380V allows it to connect to both low-voltage control systems (e.g., 24V DC) and directly to 380V AC industrial power supplies, offering strong versatility. At the same time, the maximum rotational speed of 600rpm ensures stable operation in most high-speed rotating automation scenarios.

Automation Application Value:

In practical applications, such as rotary test benches or assembly workstations, the LPT slip ring can simultaneously provide power to the motor (10A) and real-time temperature signal (K-type thermocouple) feedback. Its wide voltage compatibility (0-380V) allows it to directly drive various modules and maintain stable transmission at a speed of 600 rpm, effectively solving the connection limitations of rotating components.

Summary:

Through its electromechanical integration design, this slip ring solves the core problem of rotating connections in automated equipment, improving reliability, and providing crucial support for the miniaturization and intelligent development of equipment through its highly integrated features.