Our HeavyDuty incremental encoders are renowned for their exceptional mechanical durability and measurement precision during applications in the most demanding industrial environments. These heavy-duty encoders are engineered to provide accurate speed and position feedback, ensuring optimal performance and reliability across various applications.
Key Features:
- Robust construction: Designed with a double-sided bearing setup and heavy-duty connection technology, these encoders withstand extreme conditions, including high mechanical loads, vibrations, and temperature fluctuations.
- High Precision: Immune to electromagnetic interference, they are embedded with high precision optical sensing element to deliver accurate speed signals, enhancing process control and quality.
- Easy Industrial Integration: Available in various mounting types—hollow shaft, cone shaft, and solid shaft with EURO flange B10—to accommodate diverse installation requirements.
- Environmentally Resistant: Featuring a long-term stable sealing technology, these encoders offer outstanding corrosion protection up to category CX (C5-M), ensuring reliability in harsh environments.
Key Industrial Applications:
- Steelworks and Rolling Mills: Provides precise position feedback in environment with high-temperature and high-vibration.
- Maritime Port and Crane Technology: Accurate positioning and movement control of crane.
- Hoists and Lifting Platforms: Enhancing safety and efficiency in material handling operations.
- Underground and Open Pit Mining: Long-term reliable performance in harsh industrial environment.
Why Choose Bestech Australia?
As a trusted partner in industrial instrumentation and automation system, Bestech Australia is committed to delivering systems tailored to your specific application needs. Our team of experts provides guidance to ensure optimal encoder selection and seamless integration into your operations.
For more information, specifications, or assistance with selecting the right encoder for your application, please contact us.
Our HeavyDuty incremental encoders are renowned for their exceptional mechanical durability and measurement precision during applications in the most demanding industrial environments. These heavy-duty encoders are engineered to provide accurate speed and position feedback, ensuring optimal performance and reliability across various applications.
Key Features:
- Robust construction: Designed with a double-sided bearing setup and heavy-duty connection technology, these encoders withstand extreme conditions, including high mechanical loads, vibrations, and temperature fluctuations.
- High Precision: Immune to electromagnetic interference, they are embedded with high precision optical sensing element to deliver accurate speed signals, enhancing process control and quality.
- Easy Industrial Integration: Available in various mounting types—hollow shaft, cone shaft, and solid shaft with EURO flange B10—to accommodate diverse installation requirements.
- Environmentally Resistant: Featuring a long-term stable sealing technology, these encoders offer outstanding corrosion protection up to category CX (C5-M), ensuring reliability in harsh environments.
Key Industrial Applications:
- Steelworks and Rolling Mills: Provides precise position feedback in environment with high-temperature and high-vibration.
- Maritime Port and Crane Technology: Accurate positioning and movement control of crane.
- Hoists and Lifting Platforms: Enhancing safety and efficiency in material handling operations.
- Underground and Open Pit Mining: Long-term reliable performance in harsh industrial environment.
Why Choose Bestech Australia?
As a trusted partner in industrial instrumentation and automation system, Bestech Australia is committed to delivering systems tailored to your specific application needs. Our team of experts provides guidance to ensure optimal encoder selection and seamless integration into your operations.
For more information, specifications, or assistance with selecting the right encoder for your application, please contact us.
