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.
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-03 have many different circuits 5x100A, 3x16A, 10x5A and 12x1A slipring and for ambient temperature from -35°C…
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-0340-23S with 3x40A and 23 signal circuits for ambient temperature from -40°C to 80°C.
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-05-S9X with 5x63A, 4x20A, 3x12A, 7x2A and 5xCANBUS circuits for ambient temperature from -40°C to 80°C.
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-0560-1410-08S with 5x60A, 2x10A, 14x6A and 8xCANBUS circuits for ambient temperature from -40°C to 80°C.
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-0560-22S with 5x60A and 22 signal circuits for ambient temperature from -40°C to 80°C.
Hose & cable reels Electrical LR Series 2 – 50m
Hose & cable reels Electrical LR Series 2 – 50m
Hose & cable reels Hydraulic-double-hose LS with hose lock system. 5,6 – 28m 70
Hose & cable reels Hydraulic-double-hose LS with hose lock system. 5,6 – 28m 700bar
The optical fiber module LW218 is the receiving module of the transmission system for the
The optical fiber module LW218 is the receiving module of the transmission system for the optical transmission of industrial signal data via an optical fiber. The LW receiver converts the optical signals transmitted from the transmitter module to the receiver via a fiber optic line up to 2000 meters in length back into the original…
KLIXON® 11041 / M1 Series Hermetic Half-inch Thermostat (M24236/1) is engineered for exce
KLIXON® 11041 / M1 Series Hermetic Half-inch Thermostat (M24236/1) is engineered for exception vibration and shock resistance to provide reliable switching in the most demanding applications. Prior to final weld, the hermetic package is vacuum baked and back-filled with dry nitrogen. The inert, dry atmosphere eliminates moisture to prevent condensation at low temperatures, improves the…
Hose & cable reels Hydraulic-single-hose M1. 4,5 – 26,5m 135l/min 350bar max ho
Hose & cable reels Hydraulic-single-hose M1. 4,5 – 26,5m 135l/min 350bar max hose speed 30m/min
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 16 g max. Dimensions
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 16 g max. Dimensions of case 20,6 x 16,3 x 10,4 mm max.
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 17 g max. Dimensions
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 17 g max. Dimensions of case 20,6 x 18,9 x 10,4 mm max.
Contacts rated at 10 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 16 g max. Dimensions
Contacts rated at 10 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 16 g max. Dimensions of case 20,6 x 20 x 10,4 mm max.
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 27 g max. Dimensions
Contacts rated at 5 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 27 g max. Dimensions of case 20,6 x 16,3 x 20,6 mm max.
Contacts rated at 10 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 28 g max. Dimensions
Contacts rated at 10 Amps / 28 Vdc or 115Vac – 400Hz(1). Weight 28 g max. Dimensions of case 20,6 x 16,3 x 20,6 mm max.
Contacts rated at 10 Amps (15Amps*) / 28 Vdc or 115Vac – 400Hz(1). Weight 40 g max.
Contacts rated at 10 Amps (15Amps*) / 28 Vdc or 115Vac – 400Hz(1). Weight 40 g max. Dimensions of case 26 x 25,7 x 13,3 mm max.
Contacts rated at 10 Amps (15Amps*) / 28 Vdc or 115Vac – 400Hz(1). Weight 80 g max.
Contacts rated at 10 Amps (15Amps*) / 28 Vdc or 115Vac – 400Hz(1). Weight 80 g max. Dimensions of case 26 x 25,7 x 26 mm max.
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