of Chinese Stone Machinery
▲ Miniature slip ring adopts casting or injection molding process, compact structure, mini size , mainly used for transmission of low current and various medium and low frequency signals.
▲ The Ring adopts “V” shape structure, the brush is two single wire contact with ring.
▲ The rotor and stator adopt unitary forming structure.
▲ Product concentricity reach up to 0.02mm.
▲ With max up to 100 channels(loops).
▲ Maximum transmitting current reaches to 10A.
▲ Gold to gold contact with small contact resistance and resistance fluctuation, small friction coefficient and good wear-resisting property.
◆ Extremely small size
◆ Lowest rotary torque
◆ Easy installing
◆ Lowest signal loss, high reliability
◆ Gigabit Ethernet signal transmitting
◆ 1080P HD video signal
◆ possibly integrated with fiber optic rotary joint
◆ widely application fields
◆ Simulation turntable system
◆ Various communication systems
◆ Precision Test machines
◆ Robot
◆ various kinds of nacelle
◆ Outline Dimension
◆ Installation dimension and forms
◆ Shell material and surface treatment
◆ Cable lead fly and specifications
◆ Environmental Tests
Operating Parameters
Items |
Normal |
Special |
|
Environmental |
Enclosure | IP41 | IP54 |
Operating Temperature | -40℃~+80℃ | -60℃~+80 ℃0℃~+150℃ | |
Operating Humidity | ≯95% | 100% | |
Electric |
Voltage Rating | ≤48V | 380V |
Current Rating | ≤2A | 10A | |
Dynamic resistance fluctuation | ≤0.01Ω | ≤0.003Ω | |
Insulation Resistance | 200MΩ@100VDC | 500MΩ@2500VDC | |
Withstand Voltage | 300VAC | 1000VAC | |
Signal |
Signal Types | Audio, video, digital, control, bus, current/Voltage and all kinds of differential signals | |
Number CH | ≤40 | ≤100 | |
Dynamic resistance fluctuation | ≤0.01Ω | ≤0.003Ω | |
Mechanical |
Rotary Speed | 0~30rpm | 3000rpm |
Central Thro. Bore | 0 | ≤7mm | |
Life (reference) | ≥800 M. R. | ≥2000 M.R. | |
As difference of product size and application environment, product life is for reference only, Consult to factory. |
According to your actual needs, choose the most reasonable overall design and planning procedures