OREA 74 – optical absolute singleturn encoder

The scanning head is suitable for small, medium and encoder ring diameters and is also suitable for use on linear measuring systems. The OREA 74 also allows maximum flexibility in terms of size, resolution and interface. With optical scanning, completely insensitive to magnetic interference, the OREA 74 is suitable for motion control systems with brakes, among other things

Benefits:

• Insensitive to external magnetic fields
• Highest resolutions of up to 20 bit absolute data word length possible
• Large continuous hollow shaft
• High mounting tolerances
• Bearingless system design
• Extensive diagnostic functionality

Areas of application:

• Typical motion control applications
• Motor feedback and positioning
• for hollow shafts and multi-axis measuring systems

InCo 40 – inductive encoder - incremental & absolute

The use of the latest technologies and PWB encoders‘ patented half-wave sine wave coil design* in the InCo 40 ensures a significantly increased native resolution and delivers maximum precision even under extreme conditions.

The InCo 40 also allows maximum flexibility in terms of size, resolution and interface. The encoder can also be perfectly integrated into numerous applications thanks to its compact dimensions in the kit system or segment versions.

* Patent number: DE10 2023 102 164.8

Benefits:

• Insensitive to external magnetic fields
• Robust against environmental influences such as dirt, dust and moisture
• Increased native resolution compared to the market standard (100 Per.)
• Freely scalable
• Real zero pulse generated by the field
• Bearingless design
• Kit system or segment scanning

Areas of application:

• System with continuous hollow shafts
• Typical motion control applications
• As position and attitude sensor
• Positioning under extreme environmental influences

IMEA 64 – absolute magnetic multiturn encoder

Thanks to the use of the latest technologies, the IMEA 64 offers the possibility of correctly recording and storing single and multiturn positions for years, even when de-energised.

The IMEA 64 allows maximum flexibility in terms of size and mounting tolerances and is in no way inferior to even simple optical encoder systems in terms ofaccuracy. High-performance Hall sensors and differential scanning ensure high robustness against contamination.

Benefits:

• Highest resolutions of up to 42 bit absolute data word length possible
• Freely scalable size
• Easy maintenance thanks to battery-supported period counter
• Reliable position detection even in a de-energised state
• High mounting tolerances
• Bearingless system design
• Extensive diagnostic function incl. battery monitoring

Areas of application:

• System with larger hollow shafts
• Typical motion control applications
• As position and position sensor or rotary multiturn encoder
• Positioning for rotary axes