Q2P01-12PS 2 in 2 out gas-electric combination slip ring connector,
G1/8" interface symmetrical design. 250rpm stable speed, 85%RH
humidity available, precious metal contacts to ensure low
resistance transmission, suitable for various industrial equipment
and automated production lines.
Q2P01-12PS 2 in 2 out gas-electric combination slip ring Features
1. Environmental compatibility: RoHS2.0/REACH compliant materials,
no PFAS substances
2. Corrosion-resistant treatment: anodized surface, resistant to
acid and alkali environments
3. Leak-proof design: G1/8" threaded interface reduces leakage risk
and improves system compatibility
4. Wide voltage support: 0-440V AC and DC universal, adaptable to
diversified control systems
5. Excellent dynamic performance: rotation torque <0.3N·m,
250rpm speed ensures smooth movement
Q2P01-12PS 2 in 2 out gas-electric combination slip ring parameters
Electrical parameters | Parameter Value | Gas parameters | Parameter Value |
Dielectric strength | 500VCA@50Hz,60s | Number of trachea | 2 in 2 out |
Insulation resistance | ≥500MΩ/300VDC | Pressure | -80KPa-0.8MPaor vacuum |
Dynamic resistance change value | ＜10mΩ | Rotational torque | <0.3N.m |
Rated voltage | 0～440VDC/VAC | Rotation speed | 250rpm |
Wire Specifications | AWG28 Teflon wire (depending on the specific current) | Shell material | Aluminum Alloy |
Wire length | Default 250mm(Customizable) | Temperature | -30℃～+80℃ |
Contact material | Precious metal contacts | Operating humidity | 0～85%RH |
Protection level | IP51 | |
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Q2P01-12PS 2 in 2 out gas-electric combination slip ring drawings
Q2P01-12PS 2 in 2 out gas-electric combination slip ring pictures
Q2P01-12PS 2 in 2 out gas-electric combination slip ring
Application scenarios
Suitable for high-precision fields such as industrial automation,
medical equipment, and new energy equipment, it solves the key
bottleneck of the collaborative work of pneumatic/hydraulic
actuators and electrical control systems on the rotating platform,
and realizes the smooth execution of complex movements and the
entanglement-free transmission of high-density information (fluid +
electricity + signal).
