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In practical engineering surveying, measurement points are often constrained by site conditions. In many cases, it is not possible to place the prism directly at the designed center point of a column or structure.

In surveying and mapping, angle measurements are vital, but different regions or industries often use varying angle units. The TS1000 total station accommodates this diversity by supporting several angle units, including DEG (Degree), GON (Gradian), and MIL (Milliradian).

In a previous blog, we discussed how to use TS-Link to convert data into the format you need. However, you may encounter issues during the conversion process, which can disrupt your workflow. In this blog, we will explore the common reasons behind these failures and provide a step-by-step solution to ensure successful data conversion every time.

In total station measurements, station occupation is crucial for establishing accurate reference points in surveying tasks. It involves setting up the total station at a specific location (the "occupy point") to measure and record data from various survey points. The accuracy of your measurements heavily relies on correctly setting and occupying these points. This blog will guide you through the importance of station occupation and introduce various methods used to ensure precise measurements in complex engineering projects.

In our previous blog, we discussed how to export data directly from a total station. However, this method can only export specific data formats, which may not be compatible with the data format you need in daily surveying. In this blog, we will introduce how to convert the exported data into the format you need through conversion software.

In our previous blog, we covered basic settings such as modifying the system language, NEZ/ENZ display, and instrument constant [Click here to read the previous chapter]. This blog will continue by introducing how to use a USB stick to import and export data, which is a crucial aspect of surveying data management.