Asiantool A1430 NM Multi Conductor

Description

The A1430 NM is engineered for advanced industrial systems that require a high number of electrical paths in a single rotating joint. By using liquid metal technology instead of carbon brushes, the connector maintains a constant “wet” contact with an extremely low resistance of < 1 mΩ.

This design eliminates the electrical noise, carbon dust, and mechanical wear associated with standard slip rings. It is an ideal solution for complex automated machinery, such as high-speed carousels or multi-axis robotic platforms, where 14 separate channels are needed to manage 3-phase power, DC control lines, and sensitive sensor feedback without interference.

Brand

Asiantool

Asiantool’s slip rings (rotating electrical connectors) utilize special insulation, sealing, and conductive technologies. In the first three to four years of our company’s establishment, we worked in the direction of developing multi conductor models for A8H, A6H, A4H and other relevant models. At the same time, our company’s research and development team has also developed a single conductor model for theelectrical plating of 250A-A1H25S. Now, we have upgraded the product quality and introduced multi conductor models for up to 14 poles of A1430 and single heavy current conductor models up to 7500 A. for mass production.

Features

High Pole Density: 14 independent conductors allow for the consolidation of multiple power and signal cables into one compact unit.
Liquid Metal Technology: Provides an ultra-stable, “silent” electrical connection with near-zero electrical noise, protecting high-speed data and PLC signals.
Maintenance-Free: No brushes to wear down or replace, and no periodic lubrication required, ensuring maximum machine uptime.
Eco-Friendly (Non-Mercury): Uses Gallium alloy, making it safe for use in global manufacturing and environmentally regulated industries (CE RoHS).
High Current Capacity: Each of the 14 poles is rated for 30A, allowing for significant power distribution across the rotating interface.
Low Rotating Torque: Requires very little force to rotate, reducing the mechanical stress on the system’s drive motor.

Specifications

Feature	Specification
Conductor Poles	14
Current Rating	30 Amps (Per pole)
Voltage (AC/DC)	250V
Max. Rotation Speed	100–200 RPM (Application dependent)
Operating Temp.	+8°C to +80°C
Contact Resistance	< 1 mΩ
Insulation Resistance	> 25 MΩ
Max. Frequency	20 MHz

Applications

Complex Packaging Machinery: Managing multiple heating elements, sensors, and actuators on a single rotating carousel.
Multi-Axis Robotics: Transmitting power and encoder feedback for several motors through a main rotating axis.
High-Density Test Benches: Connecting 14 separate data or power channels to a rotating test subject.
Medical Equipment: Used in advanced rotating diagnostic or imaging systems requiring multiple signal paths.