On Sale Vermeer McLaughlin Vision GX2 Digital Utility Locator Good condition and ready to use, Premium professional grade dual frequency underground utility locator. This tool is designed primarily for professional locators, plumbing contractors, and electrical crews who need to trace long fiber optic lines, gas distribution lines, or solid utilities buried deep underground.
Specifications & Performance
Transmitter Power: 7-Watt output. This provides enhanced signal strength over standard 5W models to push signals significantly further down high-resistance lines.
Operating Frequencies: Dual-frequency system injecting 9.5 kHz (ideal for long-distance tracing with minimal bleed-over to adjacent lines) and 38 kHz (optimal for jumping high-resistance joints and gas tracer lines) simultaneously or independently.
Antenna System: Built-in three-antenna array. The digital receiver automatically averages the depth readings from all three rubber-mounted antennas to filter out soil interference and provide precise depth data.
Locating Modes
The GX2 features three distinct tracking configurations to adapt to different job sites:
Peak Mode with Manual Gain: The industry standard for tracing distinct lines using raw user-adjusted sensitivity.
Peak Mode with Semi-Automatic Gain: A proprietary McLaughlin technology that automatically narrows the peak signal field to easily identify target utilities in highly congested urban environments.
Combination Peak & Null Mode: Concurrently displays both peak and null tracking info on one interface for rapid line detection and direction sweeps
Includes:
Receiver Unit
Transmitter Unit
External Coil
Induction Clamp
Ground Rod
Hard Case
Manual
The McLaughlin GX2 is a utility locator designed for the professional locator. There are three locating modes: Peak Mode with Manual Gain Adjustment – the industry standard; Peak Mode with Semi-Auto Gain Adjust – narrows the peak signal for easier identification of utilities in congested areas and deep utilities; and Combination Peak & Null mode for quick detection of the transmitted signal.