SUN Auto Level DSC-240 Survey, Mathematical, Levelling, Measuring Instrument

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SUN DSC 240 Auto Level For Survey, Land and Civil Construction Engineering Level, Telescope: Erect Magnification: 24X Clear Objective Aperture: 40mm Field of View: 1 Degree 40 ' Shortest Focusing Distance: 0.50m Waterproof: Yes The SUN Auto Level DSC-240 is a high-precision and advanced surveying instrument designed to provide accurate and efficient leveling measurements in various construction, engineering, and surveying applications. This auto level is part of the essential equipment used by professionals to establish precise vertical measurements and to create accurate topographic maps and elevation profiles. The SUN Auto Level DSC-240 is equipped with automatic leveling capabilities, allowing it to quickly and accurately level itself once it is set up on a stable tripod. This automatic leveling feature saves time and ensures that the measurements are accurate, even in challenging terrains or uneven ground conditions. The instrument features a high-quality telescope with superior optics, allowing for clear and sharp images over long distances. The telescope is also equipped with a powerful magnification, enabling surveyors to observe targets and staff readings with exceptional clarity. With a robust and durable construction, the SUN Auto Level DSC-240 can withstand tough working conditions and is suitable for use in outdoor settings. The instrument is built to be dust and water-resistant, providing reliable performance even in adverse weather conditions. For ease of use and enhanced efficiency, the auto level is equipped with user-friendly controls, making it accessible to both experienced surveyors and those new to leveling tasks. The clear and precise leveling bubble aids in the initial setup, ensuring the instrument is perfectly leveled before measurements are taken. The SUN Auto Level DSC-240 comes with an easily adjustable leveling knob, allowing surveyors to fine-tune the leveling to achieve precise results. Additionally, it offers both horizontal and