The vLoc3-5000 by Vivax-Metrotech is an advanced utility locator that incorporates Signal Select™ (SiS) frequencies to enhance the accuracy of underground utility detection. SiS technology enables real-time measurement of signal bleed-over caused by capacitive or inductive coupling to other utilities, allowing professionals to positively identify target lines even in congested areas. This feature is particularly beneficial for infrastructure projects across Arizona, California, New Mexico, Nevada, and Texas, where distinguishing between multiple underground utilities is critical.

Equipped with dual sets of 3D antennas, the vLoc3-5000 effectively detects and displays signal distortion on its bright, full-color LCD. Operators can select from multiple locate modes—including Classic Locate, Vector Locate, Transverse Graph, Plan View, and Sonde Mode—to adapt to diverse field conditions, ensuring accurate and efficient utility detection. The receiver supports a broad range of configurable frequencies from 98Hz to 200kHz, including specific SiS frequencies such as 491Hz, 982Hz, 8.44kHz, 9.82kHz, and 35kHz.

A key feature of the vLoc3-5000 is its compatibility with the VMMap Utility Mapping App, which records field data and makes it instantly available online via the VMMap Cloud Web Portal. This integration allows professionals to capture comprehensive locate information, including depth readings, GPS coordinates, and distances between locates. The data can be exported in various formats compatible with Google Maps, asset management systems, and GIS software, facilitating seamless integration into existing workflows and enhancing utility mapping accuracy in the southwestern United States.

Professionals in these states seeking advanced utility locating solutions can rely on TecSolutions Consultants, a trusted provider of underground utility equipment in the southwestern United States. TecSolutions offers the vLoc3-5000, ensuring that local utility detection needs are met with cutting-edge technology and dedicated support.