AC6023-12 (12x 2A) Capsule Slip Ring - MOOG

AC6023-12 (12x 2A) Capsule Slip Ring - MOOG

Overview

The MOOG AC6023 Series AC6023-12 is a high-quality, 12-channel capsule slip ring, with each channel capable of handling up to 2A of current. It is specifically designed to ensure smooth and uninterrupted transmission of power, control signals, and analog or digital data between stationary and rotating components. As a result, it is ideal for compact applications requiring continuous 360-degree rotation.

Application Versatility

The AC6023-12 is part of MOOG’s widely trusted standard slip ring product line. It is used in various industries including medical devices, robotics, automation systems, and packaging machinery. Whether the goal is to transmit power, control signals, or data, this slip ring performs reliably in demanding conditions.

Advanced Contact Technology

One of the standout features of the AC6023-12 is its gold-on-gold contact interface. Thanks to this design, it offers low resistance, excellent signal integrity, and minimal electrical noise—even during high-frequency or long-duration operation. Consequently, it ensures a longer service life and consistent performance.

Ease of Integration

In addition, both the stator and rotor come equipped with color-coded lead wires. This not only simplifies wiring during installation but also minimizes the chances of connection errors, thereby saving time and improving safety.

Configuration Options

The AC6023 Series is available in 6, 12, 18, and 24-circuit versions. Therefore, engineers and designers have flexibility in selecting the exact configuration needed for their specific application.

Environmental Protection

Furthermore, MOOG slip rings are designed with protective seals to guard against dust, moisture, and light splashes. This makes them suitable for a wide range of industrial and commercial environments where reliable operation is critical.

Conclusion

In conclusion, the MOOG AC6023-12 offers a powerful combination of compact size, durable design, and easy integration. Thus, it is a preferred solution for engineers seeking reliable power and signal transmission in rotating systems.