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General| Search Modes | All Metal, Discrimination |
|---|---|
| Ground Balance | Manual |
| Sensitivity | Adjustable |
| Technology | VLF |
| Operating Frequency | 6.4 kHz |
| Search Coil | 10" |
| Battery | 8 x AA |
| Water Resistance | Waterproof coil |
| Audio Output | Speaker and headphone jack |
| Detection Modes | All Metal, Discrimination |
Instructions for assembling the armrest and upper shaft.
Steps for assembling the lower shaft section of the detector.
Final steps to connect the upper and lower shaft sections.
Procedure for mounting the control box onto the detector shaft.
Instructions for mounting the control box to the rear of the shaft.
Alternative method for mounting the control box using a hipmount bag.
Guide for installing the rechargeable NiMH battery pack.
Instructions for installing optional alkaline batteries as a backup.
Understanding battery warnings and recharging NiMH batteries.
Guidance on using mains and car chargers for NiMH batteries.
Explanation of the Volume Control, including its On/Off function.
How to set and adjust the audio threshold level for optimal detection.
Adjusting detector sensitivity to ground conditions and targets.
Details on the three operating frequencies and their uses.
Understanding the Normal, Fine, and Boost audio response settings.
Selecting between Automatic Fast/Slow Track and Fixed ground balance.
Switching between All Metal and Discriminate modes for target identification.
Adjusting sensitivity to ferrous objects for discrimination.
Customizing the audio pitch or 'tone' of the threshold signal.
Using headphones to improve detection and conserve battery life.
Information on the standard and accessory coils for the Eureka Gold.
Recommended control settings for gold prospecting and coin/relic hunting.
Step-by-step guide to turning on and initially setting up the detector.
Detailed explanation of ground balancing methods and their importance.
Techniques for effectively sweeping the coil over the ground for maximum coverage.
Methods for accurately locating detected targets.
Best practices for digging and recovering targets.
How Automatic Ground Balancing enhances detection depth and effectiveness.
How the detector discriminates between ferrous and non-ferrous targets.
Techniques for accurate discrimination in mineralised or 'hot' ground.
Using the discriminator when testing targets in holes.
Understanding and dealing with mineralisation and 'hot rocks'.
Identifying and distinguishing 'clay domes' from metal targets.
Recognizing and dealing with signals caused by charcoal.
Information and tips related to gold prospecting.
Solutions for common detector faults and issues.
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