Digicat 550I Cable And Pipe Locator

The Leica Geosystems Digicat 550I Cable and Pipe Locator provides unmatched precision and efficiency in detecting buried utilities. Designed with the xf-Series’ advanced tracing capabilities, this innovative device is ideal for long-distance utility detection. Its ability to trace low transmitter frequencies ensures a greater range of location, making it a reliable tool for professionals in various industries.

Whether locating power cables, street lighting, telecoms networks, conductive pipework, or sewer camera inspection systems, the Digicat 550I enhances on-site safety and streamlines operations to save time and money.

Need dependable equipment for your next project? Hire now to enjoy fast delivery, flexible rental options, and expert support every step of the way. Get the right products when you need them. Secure your rental today on 1300 024 473.

• Precise depth estimation up to 3 metres
• Alerts operators to shallow utilities within 30 cm
• Versatile frequency modes for detecting various types of utilities
• Durable and lightweight construction for ease of use on-site
• Automatic self-test and scheduled service reminders for ongoing reliability
• Bluetooth® connectivity for streamlined data handling and reporting

• Depth indication of up to 3 metres for accurate detection of buried utilities
• Hazard zone alert signals shallow buried utilities within 30 cm
• Multiple frequency detection modes, including Power, Radio, and Transmitter frequencies at 8kHz and 33kHz
• Lightweight, durable build to withstand challenging site conditions
• Bluetooth® connectivity for seamless data transfer and reporting
• Built-in self-test functionality ensures operational readiness
• Service due indicator to notify operators about maintenance schedules
• User-friendly automatic controls for minimal training

• Enhances safety on-site by clearly identifying buried utilities and hazard zones
• Saves time and costs by providing accurate and efficient utility detection
• Helps prevent costly utility strikes, ensuring smooth excavation and repair processes
• Reduces the need for extensive training with simple controls that optimise usability
• Reliable and robust design, delivering consistent performance even in harsh environments

• Cable Tracing — This unit is widely favoured by clients for its effectiveness in cable tracing during fault location. Its precise detection capabilities help identify faults quickly, reducing troubleshooting time and minimising disruption. By pinpointing the exact area of failure, the Digicat 550I Cable Locator enhances efficiency and safety, ensuring timely and effective repairs.
• Excavations — The Digicat 550I Cable and Pipe Locator is essential for preventing costly damage to buried utilities during excavation. By accurately detecting power cables and other hidden infrastructure, contractors can avoid accidental strikes, ensuring safety and operational efficiency. Its ability to provide depth estimation and hazard zone alerts adds an extra layer of security during digging, reducing the likelihood of workplace accidents and costly repairs.
• Utility installation and repair — The Digicat Cable Locator enables contractors to quickly detect and avoid existing infrastructure when installing new pipes or cables. The automatic pinpointing feature eliminates the need for manual sensitivity adjustment.
• Gas and electricity companies — Accurate detection of buried gas and electrical lines is crucial for these industries to prevent dangerous strikes that could lead to explosions, electrical shocks, or service disruptions. The Digicat Pipe Locator’s ability to detect power cables and estimate their depth helps ensure safe repairs and installations. The hazard zone alert system enhances safety by indicating shallow utilities, minimising risks during excavation.
• Pipe laying — Laying new pipes requires precision to avoid hitting existing underground utilities. The Digicat 550I Cable and Pipe Locator’s multiple modes (Power, Radio, and Transmitter) allow users to adapt to different site conditions, improving efficiency and reducing the likelihood of costly damage.