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Generally, turbines and fan require an effective medium for rotary data transmission in all conditions. For catering to such needs slip ring assemblies are employed to test the strain or temperature of the blades in certain testing conditions. Such applications often involve a considerable amount of data transfer. The high count slip ring assemblies provide the quality performance to acquire the measurements.
High Channel count slip rings
Slip ring assemblies comes in handy to transfer data from a rotating to stationary part or vice-versa which is quite akin to the regular slip ring technology. There are certain applications which require ample number of circuits to transfer a substantial amount of signal from a rotating part. The slip rings are designed to mount at one end of the rotating shaft and subsequently make connections to thermocouples and strain gauges and other sensors.
The slip rings either have a 50-60 circuit connection, each with an apex current capacity of 250mA. The current signals that are further transferred becomes accessible through circular connectors, on the rotor and the stator. The high channel count slip rings have a maximum RPM of 4,000 which can tackle some of the fastest rotations in the high channel count market. Thus, it can be said that slip ring suppliers and manufacturers are doing a great job in this respect and more advances can be expected in near future. Also, such slip rings have lightweight and do not require regular maintenance.
Slip Rings in Wind Turbines
The high rate of efficiency and ability of the slip rings assemblies make it a perfect fit for fan and turbine testing. There is also an added option of employing multiple strain gauges or thermocouples that can be placed throughout the fan and wind turbines. The slip rings assemblies are often used in energy industries specifically on wind turbines, both on the fan blades and the gearbox. The strain gauges can be placed on multiple blades or in several selected spots in a blade for measuring the strain on the blades during its operation. The slip rings accounts for an effective way to transfer the multiple recording of strains to a stationary data acquisition system in the most reliable way.
Slip rings in Jet Turbines
The principle which is applied in case of slip rings usage in wind turbines, the same principle can be applied to jet turbines. The slip ring solutions can also be applied to such equipment which requires a large set of data to be transferred during the jet turbine testing. Also, the thermocouple signals can be directed towards the high channel count slip ring assemblies, in case the test requires the temperature reading for multiple points on the turbine. The kind of slip ring assemblies which are used in jet turbines is apt enough as they can operate on a high range temperature. Thus, the slip ring assemblies can be used to transmit huge amount of data signals while withstanding a high temperature.
Generally, turbines and fan require an effective medium for rotary data transmission in all conditions. For catering to such needs slip ring assemblies are employed to test the strain or temperature of the blades in certain testing conditions. Such applications often involve a considerable amount of data transfer. The high count slip ring assemblies provide the quality performance to acquire the measurements.
High Channel count slip rings
Slip ring assemblies comes in handy to transfer data from a rotating to stationary part or vice-versa which is quite akin to the regular slip ring technology. There are certain applications which require ample number of circuits to transfer a substantial amount of signal from a rotating part. The slip rings are designed to mount at one end of the rotating shaft and subsequently make connections to thermocouples and strain gauges and other sensors.
The slip rings either have a 50-60 circuit connection, each with an apex current capacity of 250mA. The current signals that are further transferred becomes accessible through circular connectors, on the rotor and the stator. The high channel count slip rings have a maximum RPM of 4,000 which can tackle some of the fastest rotations in the high channel count market. Thus, it can be said that slip ring suppliers and manufacturers are doing a great job in this respect and more advances can be expected in near future. Also, such slip rings have lightweight and do not require regular maintenance.
Slip Rings in Wind Turbines
The high rate of efficiency and ability of the slip rings assemblies make it a perfect fit for fan and turbine testing. There is also an added option of employing multiple strain gauges or thermocouples that can be placed throughout the fan and wind turbines. The slip rings assemblies are often used in energy industries specifically on wind turbines, both on the fan blades and the gearbox. The strain gauges can be placed on multiple blades or in several selected spots in a blade for measuring the strain on the blades during its operation. The slip rings accounts for an effective way to transfer the multiple recording of strains to a stationary data acquisition system in the most reliable way.
Slip rings in Jet Turbines
The principle which is applied in case of slip rings usage in wind turbines, the same principle can be applied to jet turbines. The slip ring solutions can also be applied to such equipment which requires a large set of data to be transferred during the jet turbine testing. Also, the thermocouple signals can be directed towards the high channel count slip ring assemblies, in case the test requires the temperature reading for multiple points on the turbine.
The kind of slip ring assemblies which are used in jet turbines is apt enough as they can operate on a high range temperature. Thus, the slip ring assemblies can be used to transmit huge amount of data signals while withstanding a high temperature.
