Carloc Line Localization
Carloc Line Localization
In today's world where accuracy and speed are critical, the Carloc pipe locating system offers an indispensable solution for pipe locating professionals. Designed to get you there safely and efficiently, Carloc combines advanced technology with practical design.
Special features
- • Intelligent signal processing
- • AIM technology
- • Flexible operating modes
- • Robust design
- • Current-direction display
- • Easy handling
- • Increased security
Why Carloc?
- • Intelligent signal processing: Carloc's advanced signal processing enables precise identification of cable paths, even in complex environments.
- • Flexible operating modes: With different operating modes, Carloc adapts to the specific requirements on site, saving time and resources.
- • AIM technology: Automatic Impedance Matching (AIM) technology automatically selects the optimum frequency from 100 adjustable options to achieve the best results.
- • Robust design: With protection class IP65 and a temperature range of -20°C to +50°C, Carloc is suitable for use in demanding environments.
- • Current-direction display: This function allows you to clearly identify the line you are looking for, increasing accuracy and reducing false detections.
The Carloc pipe locating system is an indispensable tool for anyone working in pipe locating. With its combination of intelligent technology and robust design, it ensures that you can complete your tasks precisely and efficiently.
- • Precise localization of cables using advanced technology
- • Automatic selection of the optimum frequency from 100 adjustable options for maximum accuracy
- • Adaptable to different operating conditions and environments
- • Protection class IP65 and operating temperature range from -20°C to +50°C - ideal for demanding conditions
- • Clear identification of the line being searched for to avoid false detections
- • Fast localization reduces project times and minimizes operating costs
- • User-friendly design for smooth operation
- • Precise results minimize the risk of damage to underground infrastructure