| Advatage | Advanced Fiber Brush Design |
|---|---|
| Channel | 1~12 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Modularized Design |
| Advatage | Low Dynamic Resistance Fluctuation |
|---|---|
| Channel | 1~96 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Operating Humidity | 60%RH Or Higher |
| Advatage | High Stability And High Reliability |
|---|---|
| Channel | 1~36 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Low Torque, Low Loss, Maintenance-free, Low Electrical Noise Super, Long Life; |
| Advatage | Small Size, No Noise |
|---|---|
| Channel | 1 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Low Contact Wear |
| Advatage | Small Size, No Noise |
|---|---|
| Channel | 1 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Low Contact Wear |
| Advatage | Advanced Fiber Brush Design |
|---|---|
| Channel | 1~72 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Higher Stability |
| Advatage | Good Transmission Current And Signals |
|---|---|
| Channel | 1~24 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Transfer Power,singal And/or Other By Fluid Medium |
| Advatage | High Current Low Cost High Stability And Reliability |
|---|---|
| Channel | 1~12 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Precious Metals And Multi Contact Points In Each Circuit |
| Advatage | High Current Low Cost High Stability And Reliability |
|---|---|
| Channel | 1~12 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Precious Metals And Multi Contact Points In Each Circuit |
| Advatage | High Current Low Cost High Stability And Reliability |
|---|---|
| Channel | 1~12 |
| Contact Resistance | ≤10mΩ ( 50rpm ) |
| Electrical Noise | Max 30mΩ |
| Feature | Precious Metals And Multi Contact Points In Each Circuit |