This Ø12.7 mm with 6x10A circuits. This series features multiple contact point technology
This Ø12.7 mm with 6x10A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø12.7 mm with 6x2A 380 Vac circuits. This series features multiple contact point tec
This Ø12.7 mm with 6x2A 380 Vac circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø12.7 mm with 6x2A 380 Vac circuits. This series features multiple contact point tec
This Ø12.7 mm with 6x2A 380 Vac circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
USB slip rings reliable for USB2.0 Universal Serial Bus (USB) is an industry standard that
USB slip rings reliable for USB2.0 Universal Serial Bus (USB) is an industry standard that establishes specifications for cables and connectors and protocols for connection, communication and power supply between computers, peripheral devices and other computers. The main generations of USB specifications popular in nowadays are: USB 2.0 and USB3.0. The USB slip rings made…
This Ø25.4 mm with 24×1-15A circuits. This series features multiple contact point te
This Ø25.4 mm with 24×1-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
Medium-sized capsule slip ring LPT025-0202-E3-U2 transmit 8 channels Gigabit Ethernet, 2x2
Medium-sized capsule slip ring LPT025-0202-E3-U2 transmit 8 channels Gigabit Ethernet, 2x2A, and 1xUSB. At the working temperature of -20 °C to +60 °C, and 0 to 300 revolutions per minute, the selection of the outer structure of the slip ring and the internal structural materials should first consider the strength, heat resistance and wear resistance…
Medium-sized capsule slip ring LPT025-0530-08E-08E-04S transmit 8 channels Gigabit Etherne
Medium-sized capsule slip ring LPT025-0530-08E-08E-04S transmit 8 channels Gigabit Ethernet, 2x2A and 1xUSB. At the working temperature of -20 °C to +60 °C, and 0 to 300 revolutions per minute, the selection of the outer structure of the slip ring and the internal structural materials should first consider the strength, heat resistance and wear resistance…
This Ø38.1 mm with 24×1-15A circuits. This series features multiple contact point te
This Ø38.1 mm with 24×1-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
Medium-sized capsule slip ring LPT038-02E3 transmit 2 channels Gigabit Ethernet. The Gigab
Medium-sized capsule slip ring LPT038-02E3 transmit 2 channels Gigabit Ethernet. The Gigabit Ethernet, which is a type of LAN. At the working temperature of -20 °C to +60 °C, and 0 to 300 revolutions per minute, the selection of the outer structure of the slip ring and the internal structural materials should first consider the…
This Ø50 mm with 24×1-15A circuits. This series features multiple contact point tech
This Ø50 mm with 24×1-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø60 mm with 24×1-15A circuits. This series features multiple contact point tech
This Ø60 mm with 24×1-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø70 mm with 24×2-15A circuits. This series features multiple contact point tech
This Ø70 mm with 24×2-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø80 mm with 24×2-15A circuits. This series features multiple contact point tech
This Ø80 mm with 24×2-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø96 mm with 24×1-15A circuits. This series features multiple contact point tech
This Ø96 mm with 24×1-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
Medium-sized capsule slip ring LPT100-0560-0930-0810-39S-E2-E3 transmit 1 channel 100Mbit
Medium-sized capsule slip ring LPT100-0560-0930-0810-39S-E2-E3 transmit 1 channel 100Mbit and Gigabit Ethernet. The Gigabit Ethernet, which is a type of LAN. At the working temperature of -20 °C to +60 °C, and 0 to 300 revolutions per minute, the selection of the outer structure of the slip ring and the internal structural materials should first…
The Ø130 mm slip rings for servomechanism is used at the servo system to measure the actu
The Ø130 mm slip rings for servomechanism is used at the servo system to measure the actual position of the mechanical system compared to the control input. 8 circuits 30A and 16 signal circuits.
This Ø150 mm with 19x10A circuits. This series features multiple contact point technology
This Ø150 mm with 19x10A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø190 mm with 24×2-15A circuits. This series features multiple contact point tec
This Ø190 mm with 24×2-15A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø330 mm with 12×10-30A circuits. This series features multiple contact point te
This Ø330 mm with 12×10-30A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø195 mm with 3x30A +9 CANBUS circuits. This series features multiple contact point t
This Ø195 mm with 3x30A +9 CANBUS circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø200 mm with 11×5-30A +2xCANBUS circuits. This series features multiple contact
This Ø200 mm with 11×5-30A +2xCANBUS circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø220 mm with 19×5-30A circuits. This series features multiple contact point tec
This Ø220 mm with 19×5-30A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø220 mm with 19×5-50A circuits. This series features multiple contact point tec
This Ø220 mm with 19×5-50A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
This Ø260 mm with 18×5-40A circuits. This series features multiple contact point tec
This Ø260 mm with 18×5-40A circuits. This series features multiple contact point technology, allowing for low contact electric resistance between brushes and ring. This reduces electrical noise and the slip ring gets a longer lifetime. They are for excellent performance in many rigorous applications.
Wind turbines require reliable transmission of power and data signals from the nacelle to
Wind turbines require reliable transmission of power and data signals from the nacelle to the control system for the rotary blades. Costly downtime is eliminated by using fiber brushes and robust mechanical components in the slip ring design. LPW-02 is a 3x30A slipring for ambient temperature from -35°C to 80°C and IP43.
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