Higher Performance & Greater Safety
Jack Doheny Companies is thrilled to announce the new and exclusive MXL2 Locator and MXT2 Transmitter now available for our municipal and commercial customers! This multi-frequency precision pipe and cable location equipment provides higher performance and greater safety for excavating applications.
The MXL2 and MXT2 have been designed to set a new benchmark in excavating safety. These models are loaded with new features which enable operators to find more buried utilities by delivering improved levels of performance and helping to reduce the effects of human error.
Using the MXT2 Transmitter in combination with the MXL2 Locator maximizes the full performance capabilities of this locator unit. With the MXT’s class leading One Watt 4-Level Adjustable Power Output it is now possible to apply a detectable signal onto deeper and harder to detect pipes and cables for complex locating tasks.
The MXL2 Locator
The MXL2 is a high performance digital locator specifically designed to detect, identify, and trace specific buried pipes and cables reliably and accurately, even in the most congested areas.
The MXL2 Pipe and Cable Locator is driven by powerful Digital Signal Processor Technology. Advanced software programming enables the MXL2 to attain performance levels previously associated with high end pipe and cable surveying instruments. The MXL2 delivers improved signal detection sensitivity and better noise rejection so the locator is now capable of detecting and tracing the smallest of signals, even in areas of high service density and electrical noise.
The MXT2 Transmitter
The MXT2 is a digital transmitter that is designed to be used with the MXL2 Precision Pipe and Cable Locator. The high power multi-frequency MXT2 Transmitter enables the operator to fully optimize the improved levels of performance on offer from the new MXL2 Locator.
Loaded with new features to help detect, trace and identify specific buried pipes and cables more effectively, the MXT2 Transmitter is a must have for reliable and accurate reading in areas of high service density.