Custom Pneumatic Rotary Union Slip Ring Electrical Connector 250RPM
G3/8 8 Passage Pneumatic Rotary Union Support 10~12mm Pipes 6~56 Circuits Description of 3008012 Pneumatic Rotary Union The SenRing 3008 series pneumatic and electrical integrated slip ring is an 8-ch
- Brand
- YUMO
- Place of Origin
- China
G3/8 8 Passage Pneumatic Rotary Union Support 10~12mm Pipes 6~56 Circuits
Description of 3008012 Pneumatic Rotary Union
The SenRing 3008 series pneumatic and electrical integrated slip ring is an 8-channel pneumatic and electrical slip ring integrated with a 360 rotating joint, which can transmit 8 channels of gas-liquid media through 360-degree high-speed rotation, including compressed air, steam, vacuum, and other gases and liquid media. It supports various gas pipes with diameters of 4mm, 6mm, 8mm, 10mm, and 12mm. The 3008 series pneumatic and electrical integrated 360 rotating joint can not only transmit gas-liquid media, but also mixed transmission of various currents ranging from 2A to 800A. It has the advantages of small size, light weight, small torque, and multiple gas channels that do not interfere with each other.
Technical Specification of 3008012 Pneumatic Rotary Union
Passages(Gas) | 8 passages |
Pipe Size | 10~12mm pipe, G3/8" 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 | <0.8N.m | |
Electrical Data | ||
spec. | data | |
Power | Signal | |
Voltage range | 0~440VAC/VDC | 0~440VAC/VDC |
Insolution resistance | <500MΩ/300VDC | <500MΩ/300VDC |
Lead wire spec. | AWG17# Silver-plated teflon wire | AWG22# Silver-plated teflon wire |
Lead wire length | standard 250mm(can be customized) | |
Insolution resistance | 500VAC@50Hz,6s | |
Electrical noise | <0.01Ω |