LORENZ DEEPMAX Z1 PI System

Lorenz Deepmax Z1 series detectors are some of the latest developments in the field of Pulse GBS metal detectors. It is probably one of the most sensitive and stable metal detecting devices of its kind currently available. Lorenz Deepmax Z1 is the result of many years of research and development. A lot of effort has gone into making this new product, especially in new and improved metal classifications and automatic ground balancing facilities.

The Pulse GBS (Pulse Ground Balancing System) is particularly suitable for searching at depth. The performance of this electronic device is virtually unaffected by salt water, most mineral soil types, or temperature changes. Specially designed electronics cancel out signals from the ground while presenting steady signals from metal objects. The Deepmax Z1 is therefore a reliable tool for detecting at great depths, even in the worst environmental conditions. A newly developed circuit design suppresses interference from power lines and a power pulse technique produces very accurate signals to achieve very high detection depths.

The Lorenz Deepmax Z1 is a high quality specialist detector and is designed for use with both small and large coils. Large coils offer extreme depth capabilities for large metal objects due to the strong and deep magnetic field produced. Small coils are preferably used when searching for small objects such as single coins or gold bars.

This model offers a wide range of non-ferrous metal objects in general. A very simple operation is guaranteed, with a specially developed LC Display and a minimal amount of control. At the same time, this detector model offers a number of features that are new to a pulse metal detector. Quality electronics and specially designed electronic circuits provide benefits in terms of ease of use as well as sensitivity.

The Lorenz Deepmax Z1 is based on the immobile Pulse GBS (Pulse Ground Balance System). First, short and intense magnetic pulses are sent through a search coil. These magnetic pulses generate eddy currents in conductive materials such as metal objects. Said eddy currents will be trapped in a metal object and die after the magnetic pulse emitted by the search coil is turned off. It is therefore possible to detect these eddy currents during the delayed receive phase by means of the same search coil which now acts as a receive coil. A highly sophisticated electronic circuit is required to detect these small voltage changes, and it must also separate this particular signal from the received interference. To drive a soundstage with a voltage controlled oscillator (VCO), the signal needs to be amplified,

Properties:

Sensitivity: 162 dBm
Frequency: L1, 1575.42 MHz
Total Weight : Approx. 16.5 pounds (7.5 kg)
Waterproof : Search Coils Are Water Resistant
Usage Period : Approx. 5 to 10 Hours Depending on Temperature and Coil Connected