Q4PM5-12PS 4-channel 360-degree rotating pneumatic-electric combination slip ring, M5 micro interface, transmits 12 2A signals, aluminum alloy housing, supports customization of 6-56 electrical channels.
Q4PM5-12PS 360-degree rotating pneumatic-electric combination slip ring Features
1. Miniaturized interface: M5 thread adapts to precision instruments and reduces the size of the equipment
2. Safety certification: 500VAC@50Hz insulation test for 60s, in line with GMP standards
3. Silent operation: special bearing structure, noise <35dB at 250rpm
4. Supports customization of more circuits.
Q4PM5-12PS 360-degree rotating pneumatic-electric combination slip ring parameters
|   Electrical parameters  |    Parameter Value  |    Gas parameters  |    Parameter Value  |  
|   Dielectric strength  |    500VCA@50Hz,60s  |    Number of trachea  |    4 in 4 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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Q4PM5-12PS 360-degree rotating pneumatic-electric combination slip ring drawings


Q4PM5-12PS 360-degree rotating pneumatic-electric combination slip ring pictures


Q4PM5-12PS 360-degree rotating pneumatic-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).