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Wind Power Slip Rings - Standard Design
With projects ranging from Floating Production Storage Off-loading systems through to Radar and Surveillance applications as well as wind turbines, automotive systems and medical scanners you will find slip ring systems designed, engineered and produced by SCHLEIFRING.
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Wind Power Slip Rings - High Power Design
With projects ranging from Floating Production Storage Off-loading systems through to Radar and Surveillance applications as well as wind turbines, automotive systems and medical scanners you will find slip ring systems designed, engineered and produced by SCHLEIFRING.
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Slip Rings - Hydraulic pitch drive design
With projects ranging from Floating Production Storage Off-loading systems through to Radar and Surveillance applications as well as wind turbines, automotive systems and medical scanners you will find slip ring systems designed, engineered and produced by SCHLEIFRING.
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Wind Power Slip Rings - Long Life Design
With projects ranging from Floating Production Storage Off-loading systems through to Radar and Surveillance applications as well as wind turbines, automotive systems and medical scanners you will find slip ring systems designed, engineered and produced by SCHLEIFRING.
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China Wind Power 2009
In recent years wind power has become more important then ever as our finate resources begin to ebb. SCHLEIFRING the proven name in transmission technology is at the forefront of the alternative wind engry technology.
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Non-contacting data and power transmission
Today, the increasing volume of data transmission requires advanced technical solutions. Especially in the transmission of digital data at high bit rates, non-contacting rotary joints are applied more often instead of conventional contacting slip rings. These rotating couplers - whether based on a worldwide-patented capacitive non-contacting or optical data transmission principle, or based on a...
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Slip Ring Hybrid Units
Slip ring systems combining various transmission technologies Contacting Transmission of
All common BUS-Systems such as MIL-Bus, RS 422, Fast Ethernet, Gigabit Ethernet 1 Signal transmission of any kind, e.g. Thermo elements, Video, Encoder, Strain Gauge
Power transmission up to 15,000 A
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Bus data transmission up to 200 MBit/s
The G-Series offer highest flexibility for the transmission of electrical power, signals, BUS data and video for many demanding rotating applications. An additional option range of media rotary joints for air, water and oil complete this series.
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Revolutionary transmission technologies for WPPs
SCHLEIFRING was instantly responsive to the wind turbine manufacturer's demand for longer lifetime. By optimizing special material configurations the latest generation of slip ring assemblies allows excellent operating life of >100 Mio. Rotations
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Standard Series B
Rotating, Non-contacting Energy and Data Transmission for Industrial Application
Especially in the transmission of digital data at high Bit rates, non-contacting rotary joints are applied more often instead of conventional contacting slip rings.
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Standard Series F
Systems for Food Industries:
Blow molding, Filling, Packaging
Designed for industrial control equipment in the food and beverage industries these electrical slip rings are optional available with silver or gold wire technology in combination with a 1 or 2 channel media rotary joint.
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Series P
Compact PCB-slip rings for industrial applications
Slip rings of this series allow for a reliable transmission of electrical power, signals and data of all common BUS-systems for various demanding applications.
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Capsules
From its very inception, SCHLEIFRING has had a specialty in high-density slip rings and nowhere is this more evident than in SCHLEIFRING's vast range of miniature slip rings, found in a great many applications throughout the world, ranging from missile gyro systems and seeker heads to industrial robotic systems.
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Series S
A complete standard series with variations and optional features. The slip ring series S752, S753 is designed for high rotational speeds, long life and excellent transmission characteristics. These systems are found in various applications for the transmission of electrical power, electrical signals, data susceptible to interference, or bus signals even at very high rotational speeds.
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Standard Series G
The slip rings of the standard series G200, G300 and G400 offer by their modular design the highest flexibility for the transmission of electrical power, signals and data of bus systems and video for many demanding rotating applications. An additional option range of media rotary joints for air, water and oil complete this series.
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GigaFOS®
Based on a worldwide-patented passive optical non-contacting transmission technology, GigaFOS® allows for the transmission of data rates > 10 GBits/s at up to 300 rpm.
Passive Optical Rotary Joint for data transmission >10 GBit/s through rotating interfaces with large free inner diameter.
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GigaCAP® Capacitive transmission link
Advantages of this technology are wear-resistance, high noise immunity combined with excellent EMC-qualities, high reliability and bit error rates of <10-13. The data channels are available in a multitude of variations as single-channel (unidirectional / bidirectional) or multi-channel versions.
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Standard Series K
Several standard contact configurations and numerous transmission channels guarantee greatest flexibility for many demanding rotating applications.
Modified designs or optional features are possible to meet specific requirements: e.g. higher rated current and voltage as well as more transmission channels or different dimensions.
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Incremental encoder systems
SCHLEIFRING's incremental encoders utilize two basic principles: magnetic or optical scanning. Designed as subsystems on slip rings, incremental encoders are used for detecting rotational or linear speed, angular position, triggering of events and control applications in Explosives Detection Systems (EDS) as well as in CT scanners and Nuclear Medical machines.
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Glass Optical Fibers
The glass fiber technology offers Single-mode (SM) and Multi-mode (MM) fibers.
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