C-SCOPE VLF TR 2000 D User Manual

Turns the detector on/off and regulates audio output level.

Resets the detector's tuning to the optimum threshold signal.

Function selection and auto-tune for the 3000 ADC model.

Allows selection of the best operating mode for various sites.

Tunes out the effects of ground mineralisation.

Fine-tunes discrimination to reject specific unwanted items.

Adjusts detector sensitivity to reduce ground effects.

Pre-sets the optimum threshold signal for operation.

Includes auto-tune button or ADC control for hipmount option.

Provides visual indication for battery, tuning, and target signals.

Allows user to set the preferred operating attitude.

Gives a visual guide to the battery condition.

Secure the search head in the most comfortable attitude.

Transmits/receives magnetic field to detect metal presence.

Allow quick and simple access to the battery compartment.

For connecting headphones to cut background noise.

Allows easy dismantling of the detector for carrying.

Details available battery options like PP6, HP7, or Nicad.

Procedure for opening the control box and fitting batteries.

How to check battery condition using controls.

Setting controls anti-clockwise and turning volume clockwise.

Depressing auto tune and adjusting the tuning control.

Releasing auto tune and retuning after control changes.

Choosing between G, D1, D2, and D3 modes for analysis.

Adjusting rejection levels for unwanted items.

How to use the control to tune out ground mineralisation.

Adjusting for positive or negative ground effects.

Using G, D1, D2, D3 modes for analysing target signals.

Using D1 as main mode, then analysing with D2/D3.

Using D1 as main mode, then analysing with D2/D3.

Using D3 for beaches with frequent pull tabs.

Choosing G or D1 for general search and digging positive signals.

Super deepseeking mode with ground exclusion.

Comparing deepseeking all-metal mode with low-gain discrimination.

Utilising the ADC switch for automatic tuning.

Using the ADC switch in conjunction with the function switch.

Factors influencing how deep objects can be detected.

Techniques for analysing signals to estimate object characteristics.

Methods to accurately find the exact position of a target.

Learning signal responses by moving known objects.

Effects of soil on G mode and how to tune out mineralisation.

Assessing target desirability based on signal reactions.

Treating the detector as a scientific instrument and avoiding misuse.

Precautions against salt air penetration affecting circuitry.

Warning against using solvents that can damage plastic components.