
3M 2573E-ID/U12 Built-in display
- Housing colour: Black, Yellow
- Built-in display: Yes
- Rechargeable battery: Yes
- Operating temperature (T-T): -20 - 50 °C
The 3M™ Dynatel™ 2573-iD locator represent an advancement in locating and fault finding technology for the field professional. Offering a broad feature set with advanced digital processing, the 2573-iD combines simple interfaces with precision locating capabilities. The 2573-iD locator offer six active frequencies and a maximum transmitter output of 12 watts providing a solution for virtually all challenging applications encountered in the field. Trace view mapping interface that provides an intuitive mapping display showing the utility path combined with a precision peak antenna based antenna array to provide the utmost confidence in utility location. Pinpoint the location and estimate the depth of all existing models of properly installed underground passive EMS markers; Read, write and conduct direct depth reading of 3M™ iD markers; Pinpoints sheath or ground faults and cable breaks; Discriminate between light and heavy faults; Lightweight, compact and well-balanced. Designed to be rugged, durable and with the longest battery life of any locator on the market. Compatibility with select GPS/GIS field mapping instruments for real time mapping of electronic markers or pipe and cable facilities. Meets CE requirements
Six active trace frequencies which can be used individually or simultaneously to providing a solution for virtually all challenging applications encountered in the field. The receiver incorporates passive power and auxiliary frequencies that do not requir
Trace view mapping interface that provides an intuitive mapping display showing the utility path combined with a precision peak antenna based antenna array to provide the utmost confidence in utility location.
Five modes of operation - trace view, directional peak, directional null, special peak and induction peak - for accurate locates, even in congested areas.
Directional mode utilizes all-peak antenna design for improved left/right guidance and accurate locates in challenging conditions


