High-Performance Incremental Encoders: Leading the Pack in Australia
The range of Hubner Australia incremental encoders is suitable for a wide variety of applications across different industries. These encoders are specifically designed to measure and monitor the speed of standard, auxiliary and secondary drives in diverse environments such as steel and rolling mills, mining operations, ports equipment, and crane systems.
One of the key advantages of these encoders is their robustness and longevity, making them highly durable and reliable even in challenging industrial environments. They can be easily integrated into a solid or hollow shaft and a combination shaft, offering versatility and flexibility in their deployment.
Moreover, the Hubner Australia incremental encoders offer enhanced protection to the drive chain against the harmful effects of shaft currents by using an isolated coupling or, when available, isolating hybrid bearings. This results in more efficient and safer operations, minimizing potential downtime and maintenance costs.
In addition, the HUBNER GIESSEN INCREMENTAL Encoders provide high-quality signals of up to 1 million pulses in HTL, TTL, and Sin/Cos. This feature allows for dynamic feedback control across the entire speed range, ensuring optimal performance and accuracy.
Finally, the rugged foot construction of the encoders makes it easy to attach further encoders at the second shaft end, providing a cost-effective and practical solution for expanding the system’s monitoring capabilities.
Overall, the Hubner Australia incremental encoders offer a comprehensive solution for measuring and monitoring the speed of drives across different industries, delivering reliable, accurate, and efficient results.
CONTACT US
Browse Our Incremental Encoders
MAG Incremental
AS…H 60 Singleturn
AL… 40 Singleturn Looper
FG 2 / FGHJ 2 Optical Encoders
UO-ECU / UO-SCU Controller Module
UO-EM-FG4 Universal Encoder Systems
FG 40 Ex Incremental Optical Encoders
UOC 40 / USC 42 Compact encoder system
FG INOX / FGHJ INOX Incremental encoders
Optical Rotary Encoders – Hollow-shaft 50mm
FG 41 SIL 3 / FGH 41 SIL 3 Incremental encoders
FGH 8 Optical Rotary Encoders – Hollow-shaft 80mm
Advantages Of Hubner Incremental Encoders in Australia
There are several advantages to using Hubner incremental encoders in Australia. These encoders are specifically designed to measure and monitor the speed of standard, auxiliary and secondary drives in various industries such as steel and rolling mills, mining operations, ports, and crane systems. Here are some of the advantages of using these encoders:
- Robustness and Longevity: The Hubner incremental encoders are built to withstand challenging industrial environments, offering high durability and reliability. This means they can function efficiently even in harsh conditions, reducing the risk of breakdowns and costly maintenance.
- Versatility and Flexibility: These encoders can be integrated into a solid or hollow shaft and a combination shaft, making them suitable for a wide range of applications. This versatility provides flexibility in their deployment, allowing for efficient customization and adaptation to different systems.
- Enhanced Protection: Hubner incremental encoders offer improved drive chain protection against shaft currents’ harmful effects. This is done by using an isolated coupling or isolating hybrid bearings, resulting in safer operations, reduced downtime, and maintenance costs.
- High Signal Quality: The HUBNER GIESSEN INCREMENTAL Encoders provide high-quality signals of up to 1 million HTL, TTL, and Sin/Cos pulses. This feature allows for dynamic feedback control across the entire speed range, ensuring optimal performance and accuracy.
- Practicality: The rugged foot construction of the encoders makes it easy to attach further encoders at the second shaft end. This provides a cost-effective and practical solution for expanding the system’s monitoring capabilities.
Overall, the Hubner incremental encoders offer a comprehensive solution for measuring and monitoring the speed of drives in various industries, delivering reliable, accurate, and efficient results. The encoders’ versatility, robustness, enhanced protection, and high signal quality make them popular in Australia for industrial applications.
FAQ’s
Where are incremental encoders used?
Some of the places or devices where Incremental Encoders are used are CNC machines, cranes, computer mouse wheels, automated windows, mirrors, etc.
What are the differences between incremental and absolute encoders?
The key difference between Incremental Encoders and absolute encoders is that incremental encoders, like HOG Encoders record changes in the position of the shaft of mechanical devices, whereas absolute encoders record the absolute positions of the shaft of the mechanical devices.
Additionally, absolute encoders are more expensive than Incremental Encoders.
Another key difference is that incremental encoders generate pulses based on the motion of the shaft, which can be used to track the positional changes, whereas absolute encoders generate binary digital data based on the total or absolute position of the shaft.
What are the advantages of incremental encoders?
Some of the advantages of using our top-notch Incremental Encoders include improved protection against the harmful effects of shaft currents, durability, long hours of use, and high-quality pulse-based signals.
How do incremental encoders work?
These devices work by generating pulses of light based on the movement of the shaft of mechanical devices.
They do this with the help of highly sensitive sensors that map the movement of the spindle assembly (that lets wheels, etc. move). These pulses can be studied by control devices to map the necessary changes like speed, position, etc.
This makes them High-precision encoders.