This hybrid slip ring features three 20A current paths and one
shielded Gigabit Ethernet broadband connection. It can
simultaneously transmit network signals and current, with a
designed rotation speed of 10 rpm and an IP51 rating. It is
primarily used for high-precision equipment that requires both
network data and current. Key Features It provides three 20A high-current channels to meet high-power
transmission needs.
It also integrates a shielded Gigabit Ethernet channel, supporting
high-speed and stable network signal transmission.
With a maximum speed of 10 rpm, it's suitable for low-speed,
high-precision applications.
It is IP51-rated, dust-proof, and has limited drip resistance,
making it suitable for a variety of industrial environments.
It is designed for high-precision equipment that requires
simultaneous transmission of power and Gigabit network signals,
such as rotating camera pan/tilts, precision instrument turntables,
automated robotic joints, and high-performance monitoring devices. Performance Parameters | Parameter | Value |
|---|
| Dielectric strength | 300VCA@50Hz,60s | | Insulation resistance | ≥500MΩ/300VDC | | Dynamic resistance change value | ＜0.01Ω | | Rated voltage | 0～220VDC/VAC | | Wire Specifications | AWG14# Teflon wire | | Wire length | Rotor 100mm; stator 3000mm (reference value) | | Operating temperature | -30℃～+80℃ | | Operating humidity | 0～85%RH | | Protection level | IP51 | | Shell material | aluminum alloy | | Rotational torque | 0.05N.m,+0.01N.m/6-way | | Service life | 2 million rpm |
Applications - Wind power generation: Connecting rotating cabin (generator,
control system) with fixed tower (power grid, control system)
- Industrial automation/robots: Rotating worktable/indexing plate,
robot joints
- Medical imaging equipment: CT scanner, X-ray machine (rotating
C-arm)
- Packaging machinery/filling equipment: Power supply and signal
control of filling head and labeling head
- Test equipment: Turntable test, centrifugal test, etc.
- Security monitoring: High-speed dome camera systems
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