Capacitive, hollow shaft rotary encoder. Resolution setting changes can be made using DIP switches.
CUI's AMT encoders are a lineup of robust and high-precision capacitive hollow shaft encoders designed for installation on motor shafts. Among them, a new incremental encoder that allows resolution settings via DIP switches has been introduced, making it the first type compatible with shafts ranging from φ9mm to 5/8 inch in diameter.
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basic information
The V-kit includes 10 types of sleeves (for φ9~15.875mm) that can accommodate various shafts. Resolution setting changes via DIP switches (96~4096 PPR, 16 levels) are possible. Being capacitive, it does not have a lifespan like an LED and can operate normally in dusty environments and non-conductive liquids. Operating temperature range: -40 to 125°C Accuracy: 0.2° Orthogonal signal output for A phase and B phase (differential output options for A+, A-, B+, B- available).
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Company information
Same Sky Japan (formerly CUI Japan) is a group company of the American electronic components manufacturer Same Sky (formerly CUI DEVICES) and serves as a sales base for the Japanese market. Our mission is to provide customers with a collaborative design experience, supporting them in achieving their design goals on schedule and within budget. Same Sky Japan offers a wide range of products, including connectors, audio, temperature management, motion control, sensors, and switches. We also handle power products from partner companies such as CUI Inc. Both Same Sky and Same Sky Japan strive to be a trusted and approachable source of electronic components that continuously evolves. We are committed to providing the best support to our customers through our extensive online resources and experienced staff, ensuring that we address various changes and issues that arise during the design phase and contribute to the success of their projects.
![[Information] What is a rotary encoder?](https://image.mono.ipros.com/public/product/image/f85/2000778085/IPROS43549119157103076288.png?w=280&h=280)
