About Baumer Bearingless Encoders Absolute and Incremental
Bearingless encoders - absolute and incremental.
Durable and space-saving.
Baumer's bearingless encoders offer non-contact operation. Most are magnetic and all of them are virtually wear-free. Their reliable function is not affected by dust, dirt or humidity. They are extremely resistant to shocks and vibrations and have a virtually unlimited service life.
All Baumer bearingless encoders feature a very short design, so they are perfectly suited for use in cramped installation conditions and on direct drives.
Compared to other measuring methods, the magnetic measuring principle tolerates a wide air gap between the sensor and material measure. These encoders can thus operate reliably even during large shaft movements.
Bearingless encoders - Incremental quasi-absolute
- MDFK 08
- MIR 10
- ITD 67
- ITD49H00
- ITD49H00 Sine
- ITD69H00
- ITD69H00 Sine
- ITD89H00
- ITD89H00 Sine
- MHGE 100
- MHGE 200
- MHGE 400
- MHGE 800
- MHGP 100
- MHGP 200
- MHGP 400
- MIR 3000F
- MQR 3000F
Bearingless encoders - Absolute
- MHAD 50
- MHAP 100
- MHAP 200
- MHAP 400
- BMSK 30
- BMMK 30
- BMSK 55
- BMMK 55
- BMSK 58
- BMMK 58
- BMSK 58 flexible
- BMMK 58 flexible
Precision Measurement for Automotive ApplicationsBaumer Bearingless Encoders provide accurate positional feedback essential in automotive and auto-ancillary systems. With options for both absolute and incremental readings, they cater to diverse sensor requirements. The non-contact design prevents wear and extends operational lifespan, making them highly reliable in demanding environments.
Versatile Usage and InstallationDesigned for easy integration, these encoders are constructed from high-quality plastic and finished in silver. Their wide operating power and temperature ranges ensure compatibility with existing automotive systems. Whether you are a manufacturer or a system integrator, installation is straightforward and flexible.
FAQ's of Baumer Bearingless Encoders Absolute and Incremental:
Q: How are Baumer Bearingless Encoders installed in automotive systems?
A: These encoders are typically mounted directly onto motor or axle shafts. Their non-contact, bearingless design simplifies assembly and minimizes alignment concerns, making them ideal for both new equipment and retrofit projects.
Q: What is the difference between absolute and incremental encoders in this product range?
A: Absolute encoders provide a unique position value for each shaft angle, ensuring accurate feedback even after power loss. Incremental encoders, on the other hand, generate pulse outputs to indicate movement, which is suitable for tracking rotational speed or position changes.
Q: Where can Baumer Bearingless Encoders be used within automotive and auto-ancillary systems?
A: These encoders are commonly used in transmission systems, electric drives, steering assemblies, and automation lines where reliable and precise position sensing is required.
Q: When should I choose bearingless encoders over traditional bearinged encoders?
A: Select bearingless encoders when maintenance reduction, durability, and operation in harsh or space-limited environments are critical, as they have no mechanical contact and therefore exhibit less wear.
Q: What is the operating temperature range of these encoders, and why is it important?
A: These encoders perform reliably between -10C and 40C. This range ensures effective operation in both typical indoor environments and minimally exposed outdoor conditions within automotive applications.
Q: How do I purchase Baumer Bearingless Encoders and in what roles are they supplied?
A: You can source these encoders through various channels such as dealers, distributors, importers, manufacturers, and wholesalers, ensuring global availability for different business needs from procurement to after-sales support.
Q: What benefits do these encoders offer to automotive manufacturers and service providers?
A: Their compact, durable plastic construction, low maintenance requirements, and precise feedback capabilities enable manufacturers and service providers to enhance system reliability, reduce downtime, and streamline automation processes.