MLTECH
MLTECH M6 Slip Ring
Product Code:MT-M6
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Product Description
MLTECH M6 Slip Ring
ML-TECH M6 Slip Ring - 6-Channel Hybrid 4A/30A
The **ML-TECH M6** is a high-capacity hybrid rotary electrical connector engineered for demanding industrial environments. With a 6-conductor configuration supporting **2x 4A and 4x 30A** channels, it allows for the simultaneous transmission of high-current power and precision signals. This model is designed for lower-speed, high-torque applications, maintaining consistent performance at up to **300 rpm**. Supporting frequencies up to **100 MHz** and featuring a high insulation resistance of **>25 MΩ**, the M6 series provides a reliable, maintenance-free solution for heavy-duty rotating machinery and complex automated systems.
Product Highlights
- Hybrid 6-Channel Design: 2x 4A (Signal) and 4x 30A (Power) conductors
- High Current Capacity: Robust 30A power delivery across 4 channels
- Industrial Torque: Rated for heavy-duty use at 700 gm-cm
- Signal Support: Frequency handling up to 100 MHz for data integrity
- Thermal Resilience: Stable performance from -30°C up to +60°C
- Insulation Integrity: Superior resistance for safe electrical separation
Primary Applications
- Heavy Industrial Automation & Rotary Tables
- Multi-Phase Power & Control Signal Integration
- Wind Turbines and Renewable Energy Hubs
- Packaging and Food Processing Equipment
- Mining and Oil-Field Rotating Machinery
- Large-Scale Robotic Gantry and Crane Systems
Technical Specifications
| Number of Channels | 6 |
|---|---|
| Rated Current | 2x 4A & 4x 30A |
| Rated Voltage | Up to 250 VAC |
| Maximum Speed | 300 rpm |
| Maximum Frequency | 100 MHz |
| Insulation Resistance | > 25 MΩ |
| Rotation Torque | 700 gm-cm |
| Operating Temperature | -30° to +60° C |
Visual Reference & Dimensional Diagram
Technical drawing and mounting layout for the ML-TECH M6 hybrid series.
Technical Datasheet
Download the official ML-TECH M6 datasheet for comprehensive technical documentation, including terminal configurations and wiring guidance.