SuperCAT Underground Assets Locator

Specialist underground asset locator designed to detect and trace a wide range of buried cables, pipes, and sondes, supporting safer excavation across diverse industries and environments.

Key Features:
✔️ Detects buried cables and pipes to reduce utility strikes and excavation risk
✔️ Supports a wide range of active frequencies for different cable types
✔️ Higher frequencies (65 kHz / 131 kHz) for locating well-insulated utilities
✔️ Lower frequency options for long-range tracing of low-resistance power lines
✔️ CPS model locates cathodic protection signals without external transmitters
✔️ Sonde frequency support for locating water, drain, and cast-iron pipes
✔️ Optimized for challenging environments including deep assets and urban noise
✔️ Industry-specific models suited for utilities, oil & gas, and infrastructure work

SuperCAT Underground Assets Locator

The RD2000 SuperCAT Underground Assets Locator features a multi-frequency receiver capable of detecting signals from 512 Hz to 131 kHz. This unit weighs 0.9 kilograms and operates with a single-hand grip design for extended field use. The device includes a 3.5-inch monochrome display that shows signal strength, depth readings, and current measurements. Its antenna system automatically switches between horizontal and vertical orientations based on detected field strength.

The CPS model variant detects rectified cathodic protection signals without requiring transmitter attachment to pipelines. S-model configurations support multiple sonde frequencies for water and drainage pipe tracing. Lower frequency sondes around 512 Hz penetrate deeper soil layers to locate cast-iron infrastructure. Higher frequency options at 33 kHz perform better in electronically congested urban zones. The unit’s IP54 rating provides protection during light rain and dusty conditions.

Oil and gas industry technicians use the RD2000 SuperCAT Underground Assets Locator to monitor cathodic protection systems on buried pipelines. Municipal water departments deploy these locators to map aging distribution networks before rehabilitation projects. Military base operators trace utility corridors during infrastructure upgrades and security installations. Telecommunication companies rely on the 65 kHz and 131 kHz modes to find insulated fiber-optic conduits and twisted-pair cables beneath roadways and building foundations.

Tactical Supply Pakistan supplies this locating equipment to professionals requiring reliable underground utility detection across diverse operational environments. The company maintains stock of compatible transmitters and sondes for complete system deployment.

How does frequency selection affect locating performance?
Lower frequencies like 512 Hz travel farther along conductive cables and penetrate greater depths but offer less selectivity in congested areas. Higher frequencies such as 65 kHz or 131 kHz provide sharper signal definition for well-insulated utilities but have reduced range and depth penetration capabilities.

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