16 Passage M5 port Electrical Pneumatic Rotary Union Joints
Pnuematic Rotary Unions 16 Passage+6~36 Circuits Electrical Support 16 M5 Port For 4mm Pipes Description of 3016004 Pneumatic Rotary Union SENRING 3016004 series 16 passages rotary unions provides a p
- Brand
- YUMO
- Place of Origin
- China
Pnuematic Rotary Unions 16 Passage+6~36 Circuits Electrical Support 16 M5 Port For 4mm Pipes
Description of 3016004 Pneumatic Rotary Union
SENRING 3016004 series 16 passages rotary unions provides a positive seal between stationary piping and a rotating cylinder and is applied to compressed air,steam,vacuum..etc service.Available in 3016004,3016004-06S,3016004-12S,3016004-24S,3016004-36S mod
Features of 3016004 Pneumatic Rotary Union
1. Support transmitting mixed power and signals, such as USB, HDMI, 1000M ethernet, VGA, DVI, coaxial RF (high frequency),servo motor signal, industrial bus slip rings, etc.;
2. 360° transmits compressed air, steam, vacuum, negative pressure, positive pressure...etc.
3. Max. Pressure(s):1Mpa (vacuum: -1.5kPa, higher Pressure can be customized)；
4. Support 16 M5 port for 4mm pipes;
Technical Specification of 3016004 series slip ring
| Passages(Gas) | 16 passages |
| Pipe Size | 4mm pipe, M5 port |
| Mechanical Data | |
| spec. | data |
| Working life | 20millions for ref(depends on working conditions) |
| Max. Operating Speed | 250RPM continously, 1000RPM intermittently |
| Working temp. | -30°C~80°C |
| Work humidity | 0~85% RH |
| Contact Materia | Precious Metal |
| Housing Material | aluminum alloy |
| IP Grade | IP51 |
| Max. Operating Pressure |
Positive Pressure 1Mpa, Vacuum -90kPa | |
| torque | <1.6N.m | |
| Electrical Data | ||
| spec. | data | |
| Power | Signal | |
| Voltage range | 0~240VAC/VDC | 0~240VAC/VDC |
| Insolution resistance | <500MΩ/300VDC | <500MΩ/300VDC |
| Lead wire spec. | AWG26# Silver-plated teflon wire | AWG26# Silver-plated teflon wire |
| Lead wire length | standard 250mm(can be customized) | |
| Insolution resistance | 500VAC@50Hz,6s | |
| Electrical noise | <0.01Ω | |