极端环境耐强辐射超高温位移传感器|ATX-XR
ATX‑XR 系列LVDT线性位移传感器核心优势在于卓越的耐辐照性能,专为强辐射、极端温域等严苛环境下的位移精准测量而研发设计。该传感器的抗辐照能力突出,可从容应对强辐射恶劣环境:即便经受 总积分中子通量 3×10²⁴ n/m²、γ射线总积分辐射剂量10⁹ Gy 的强辐照后,仍能严格遵循规格指标,保持稳定可靠的运行状态,可满足核工业等强辐射环境的严苛使用需求。
极端环境耐强辐射超高温位移传感器|ATX-XR Read More "
ATX‑XR 系列LVDT线性位移传感器核心优势在于卓越的耐辐照性能,专为强辐射、极端温域等严苛环境下的位移精准测量而研发设计。该传感器的抗辐照能力突出,可从容应对强辐射恶劣环境:即便经受 总积分中子通量 3×10²⁴ n/m²、γ射线总积分辐射剂量10⁹ Gy 的强辐照后,仍能严格遵循规格指标,保持稳定可靠的运行状态,可满足核工业等强辐射环境的严苛使用需求。
极端环境耐强辐射超高温位移传感器|ATX-XR Read More "
ABEK Sensors has launched the TRAD19 series of strong nuclear radiation resistant LVDT position sensors, which are suitable for position measurement applications in the presence of high-flux nuclear radiation irradiation, such as nuclear fuel assembly pool side inspection, nuclear valve position feedback, superconducting proton accelerator, particle accelerator collimator, etc.
The TRAD19 series is produced with special materials and processes, which can work normally at a total irradiation dose of 1000kGy, and the series can also work continuously and stably at a high temperature of 200°C.
TRAD19 series high-flux nuclear radiation resistant LVDT Read More "
ABEK Sensors introduces the GRAD 19 series of high-temperature rebound LVDT displacement sensors that are resistant to nuclear radiation radiation, which are suitable for position measurement applications in the presence of nuclear radiation exposure, such as nuclear fuel assembly pool side inspection, nuclear valve position feedback, superconducting proton accelerator, particle accelerator collimator, etc. The GRAD19 series is produced with special materials and processes, and can work normally at the total irradiation dose of 500kGy (5*10^7 Rad), and the irradiation test of higher irradiation dose is ongoing. The series can also continue to work stably at a high temperature of 200°C.
GRAD19 series of nuclear radiation-resistant high-temperature spring-loaded LVDT Read More "
Abek Sensors introduces the HRAD 19 series of radiation-resistant LVDT displacement sensors, which are suitable for position measurement applications in the presence of nuclear radiation exposure, such as nuclear fuel assembly pool side inspection, nuclear-grade valve position feedback, superconducting proton accelerators, particle accelerator collimators, etc. The HRAD19 series is produced with special materials and processes, and can work normally at a total irradiation dose of 500k Gy, and the series can also work continuously and stably at a high temperature of 200°C.
HRAD19 series radiation-resistant LVDT Read More "