Q6PM5-12PS 6-Channel Pneumatic-Electric Rotary Slip Ring 250rpm 38mm Width for Compact Equipment
Compact 250rpm slip ring integrating 6 pneumatic channels with electrical circuits for space-constrained industrial equipment applications.
The Q6PM5-12PS pneumatic-electric integrated rotary slip ring combines 6 air channels with electrical circuits in a compact 38mm × 81mm housing. Designed for equipment with limited installation space, it enables simultaneous transmission of pneumatic power and electrical signals through rotating interfaces.
| Attribute | Value |
|---|---|
| Air Channels | 6 channels (6 in 6 out) |
| Interface Specifications | M5 |
| Applicable Trachea | 4-6mm |
| Dimensions | 38mm width × 81mm length |
| Protection Level | IP51 |
| Rotation Speed | 250rpm |
- Multi-Channel Design: 6-way gas channel enhances multi-tasking capability and improves throughput efficiency
- Space Optimization: M5 interface adapts to 4-6mm thin gas tube, saving 50% installation space
- Precision Performance: Dynamic resistance change value <10mΩ ensures high-precision signal transmission
- Thermal Management: Shell heat dissipation structure supports continuous operation from -30℃ to 80℃
- Customizable Wiring: AWG28 wire defaults to 250mm length with extension options for complex requirements
| Dielectric Strength | 500VCA@50Hz, 60s |
| Insulation Resistance | ≥500MΩ/300VDC |
| Dynamic Resistance Change | <10mΩ |
| Rated Voltage | 0-440VDC/VAC |
| Wire Specifications | AWG28 Teflon wire |
| Contact Material | Precious metal contacts |
| Number of Trachea | 6 in 6 out |
| Pressure Range | -80KPa to 0.8MPa or vacuum |
| Rotational Torque | <0.3N.m |
| Rotation Speed | 250rpm |
| Shell Material | Aluminum Alloy |
| Operating Temperature | -30℃ to 80℃ |
| Operating Humidity | 0-85%RH |
Ideal for high-precision applications in industrial automation, medical equipment, and new energy equipment. Solves the key bottleneck of collaborative work between pneumatic/hydraulic actuators and electrical control systems on rotating platforms, enabling smooth execution of complex movements and entanglement-free transmission of high-density information (fluid + electricity + signal).
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