米德16寸固定式經緯儀立柱天文望遠鏡產品介紹
【中文版】
米德天文望遠鏡16寸固定式經緯儀立柱專為天文觀測愛好者設計，采用模塊化結構理念，將高精度光學系統與穩定支撐平臺創新結合。主鏡配置406毫米大口徑拋物面鏡片，搭載超低色散光學玻璃材料，有效減少色差現象，確保月球表面環形山、木星云帶、土星光環等天體目標的清晰成像。精密加工的鏡筒內部配置多層遮光擋板，配合特殊消光涂層工藝，顯著降低雜散光干擾。
經緯儀立柱采用重型三角形支撐架構，主體由航空級鋁合金經過數控加工成型，底部配置可調節水平支腳。該設計有效提升系統抗風性能與機械穩定性，特別適合固定觀測站長期使用。雙軸驅動系統配備高扭矩步進電機，配合精密蝸輪蝸桿傳動機構，可實現±5角秒級別的指向精度。內置GPS模塊支持自動定位校準，兼容主流天文軟件控制系統。
智能控制系統集成AutoStar III數字處理器，提供超過30萬天體數據庫。人性化手柄配備背光液晶屏，支持九級調速功能，滿足行星觀測與深空攝影的不同需求。獨創的平衡調節機構支持5kg級載重擴展，可兼容多種規格的天文相機及觀測設備。整機采用防銹蝕表面處理工藝，適應-20℃至50℃環境溫度，特別適合天文臺、科普教育基地等專業場所使用。
【English Version】
The MEADE 16-inch Alt-Azimuth Pier-Mounted Telescope System is engineered for astronomical enthusiasts, integrating advanced optical technology with robust mechanical design. Equipped with a 406mm parabolic primary mirror crafted from extra-low dispersion optical glass, this system effectively minimizes chromatic aberration, delivering sharp views of lunar craters, Jupiter s cloud belts, and Saturn s ring system. The precision-engineered optical tube incorporates multi-stage baffles with specialized light-absorption coating to eliminate stray light interference.
The heavy-duty triangular pier structure utilizes aerospace-grade aluminum alloy processed through CNC machining, featuring adjustable leveling feet for optimal stability. This design ensures exceptional wind resistance and mechanical integrity, making it ideal for permanent observatory installations. Dual-axis drive system employs high-torque stepper motors coupled with precision worm gear mechanisms, achieving pointing accuracy within ±5 arcseconds. Integrated GPS module enables automatic alignment, compatible with mainstream astronomical control software.
The intelligent control system incorporates the AutoStar III digital processor, containing a database of over 300,000 celestial objects. The ergonomic hand controller with backlit LCD screen offers nine-speed variable control, accommodating both planetary observation and deep-sky imaging requirements. Proprietary counterbalance mechanism supports up to 5kg accessory payload, compatible with various astronomical cameras and imaging devices. Corrosion-resistant surface treatment ensures reliable performance in temperatures ranging from -20℃ to 50℃, particularly suitable for professional observatories and educational institutions.
Modular design philosophy allows flexible configuration upgrades while maintaining system integrity. Optional accessories include motorized focuser systems, advanced thermal management components, and specialized observation platforms. The system demonstrates exceptional performance in capturing high-contrast planetary details and resolving faint deep-sky objects, establishing itself as a reliable solution for serious astronomical pursuits.
