Aerospace field: Highly reliable space and air support
Aerospace equipment demands stringent requirements for component reliability, lightweight design, and resistance to extreme environments. SENSNA encoders, leveraging domestically developed core technologies, have become key components in aerospace equipment. In satellite communication antennas and aerospace pods, the CAS series and CAF thin-ring series encoders meet military-grade high and low temperature, vibration, and tri-proof standards. Their storage temperature range of -50℃ to +100℃ adapts to the extreme temperature environments of space and high altitudes. High-precision angle measurement ensures accurate antenna pointing and pod observation positioning. The non-contact structure eliminates mechanical wear, meeting the long-life operation requirements of aerospace equipment.
In aero-engines and spacecraft attitude control systems, the DIAP dual-output series encoders reduce equipment weight with a lightweight design (minimum 8g). High resolution (up to 20bit) and high dynamic response enable real-time feedback for attitude adjustments. Built-in advanced self-monitoring functions provide status feedback via LED indicators, facilitating ground maintenance and troubleshooting. Multiple communication interfaces allow compatibility with dedicated aerospace control systems, providing stable and reliable position detection support for spacecraft launch, on-orbit operation, and aerospace flight.
