AC36/0014AR.41SCB
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The Danaher AC36/0014AR.41SCB encoder is part of the Dynapar Encoders series and features a compact 37.5mm aluminum diameter. It offers up to 17-bit single-turn and 12-bit multi-turn resolution, with a maximum operating speed of 10,000 rpm. The encoder supports BiSS and SSI interfaces.
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Product Description:
The manufacturing company Danaher produces the AC36/0014AR.41SCB Dynapar encoder which is tailored for industrial automation needs. The device uses a 37.5 mm diameter dimension with an aluminum structure for protecting the equipment. Industrial conditions require this design because it achieves excellent resistance to wear alongside robust structural integrity.
This AC36/0014AR.41SCB encoder offers angular detection through a single-turn resolution that reaches 17 bits. This encoder supports a 12-bit multi-turn resolution in addition to its 17-bit single-turn resolution. The shaft uses a solid 6 mm structure to ensure the correct alignment of mechanical components. The solid shaft arrangement increases system torque capacity as well as enhances the performance of mechanical couplings. The device offers cable exits through two configurations that include axial and radial depending on application assembly requirements. The device allows engineers to install cables in either straight or sideway paths inside control cabinets. Users can find the encoder accessible through BiSS or SSI communication protocols. The AC36/0014AR.41SCB encoder accepts system-compatible binary along with Gray code outputs. The device reaches a speed of 10,000 rpm when working to its maximum capacity. The protection rating of this device stands at IP64 which guarantees protection against dust while also providing limited resistance against water ingress.
The temperature specifications of AC36/0014AR.41SCB encoder extend from -40°C to +100°C. The input voltage requirement for the encoder needs to be a regulated DC voltage of 5 V. Industrial conditions result in sustained signal performance because of this voltage input. Relative feedback functionality helps industrial systems maintain exact positioning by retaining system position after power loss. The encoder maintains a maximum of 10,000 recorded revolutions during continuous motion tracking. The RS422 compatible device includes two main output channels which are stroke and data. Differential signal transmission along with better noise protection operates through this system.
Frequently Asked Questions about AC36/0014AR.41SCB:
Q: Why use an aluminum body in AC36/0014AR.41SCB?
A: The AC36/0014AR.41SCB encoders aluminum body provides strength with minimal weight. It increases durability in high-vibration environments.
Q: How does solid shaft improve AC36/0014AR.41SCB performance?
A: A solid shaft in AC36/0014AR.41SCB ensures stable alignment. It supports precise coupling and higher torque capacity.
Q: What improves code compatibility in AC36/0014AR.41SCB?
A: AC36/0014AR.41SCB supports binary and Gray code for versatile system compatibility. This simplifies integration with diverse industrial protocols.
Q: Why is RS422 protocol used in AC36/0014AR.41SCB?
A: RS422 ensures high-speed transmission in AC36/0014AR.41SCB. It allows reliable data exchange in electrically harsh environments.
Q: How does AC36/0014AR.41SCB handle mechanical stress?
A: The AC36/0014AR.41SCB encoder handles mechanical stress using rigid materials. Its structure resists shaft misalignment during dynamic operations.
