Description
Incremental Bearingless Encoders
Ideal for accurate speed measuring with a resolution of up to 16,000 pulses per revolution and available in HTL or TTL versions. Simple, quick installation thanks to various shaft mounting options such as pressure seat, hub screw, or screw flange. Large mounting tolerance between magnetic ring and sensor head.
For shaft diameters up to 30 mm
- Bearingless encoders
- Contactless measuring principle
- Magnetic scanning
- Resolution up to 3,600 ppr
For shaft diameters up to 35 mm
- Bearingless encoder with reference signal
- Contactless measuring principle
- Magnetic scanning
- Resolution up to 3,600 ppr
For shaft diameters up to 350 mm
- Bearingless encoder with reference signal
- Contactless measuring principle
- Magnetic scanning
- Resolution up to 6,400 ppr
For shaft diameters up to 390 mm
- Bearingless encoders
- Contactless measuring principle
- Magnetic scanning
- Resolution up to 16,000 ppr
Absolute Bearingless Encoders
Ideal for precise position or angle acquisition with a resolution of up to 16,000 measuring steps per revolution and available in SSI or CANopen versions. Additional incremental signals for highly dynamic drives. Due to the absolute measuring principle, the design of the sensor head is adapted to the radius of the magnetic ring. Standard shaft diameter of 30 mm. Is this diameter insufficient for your application? No problem. Please contact us.
For larger quantities, we can implement your custom bearingless encoder solution.
For shaft diameters up to 30 mm
- Bearingless encoders
- Contactless measuring principle
- Magnetic scanning
- Resolution up to 16,000 measuring steps / revolution
Performace Classes
RLI Performance
The smart bearingless encoder
Smart Technology
- Digital signal processing with active correction of signal errors resulting in highest signal quality
- Integrated digital signal filters and electronic type plate with user storage
- Adjustable line count and application-specific programmable filters
- Possibility of condition monitoring and predictive maintenance
For high-performance applications
- Very high resolution up to 2.000.000 ppr
- Direct digital output of position, speed, and acceleration
- Highest signal quality over the entire speed range from 0 to 12,000 rpm
- Digital interface SPI, RS485, and BiSS
RLI-Standard
For standard applications
- Resolution up to 16,000 ppr
- High signal quality
RLI Base
For simple applications
- Resolution up to 500 ppr
- Low signal quality requirements
