EasyManua.ls Logo

Quest Engineering V80 User Manual

Default Icon
32 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Page #9 background image
2. Ground Eect Ball.
Salt-Water Condition (left half): This
refers to the presence of salt in water
environments, such as beaches. The
conductive nature of saltwater can create
interference similar to mineralization,
generating false signals and potentially
affecting the detector's ability to
differentiate between various metals.
Mineralization (right half): Mineralization
in metal detecting refers to the presence of
minerals like iron in the ground. These can
interfere with the detector's
electromagnetic field, causing false signals
and making it difficult to distinguish real
metal targets from minerals in the soil. The
higher the level, the more severe the
mineralization.
Correction Index (outside circle): This
shows the ground effect correction. The
microcontroller will apply preset programs
to balance the ground effects caused by
mineralization or saltwater, or even both,
automatically without setup. The Ground
Balance process will adjust the correction
index. Turn to Ground Balance page for
more info.
1. Target ID.
Target Identification (Target ID) in metal
detectors is a complex feature that offers a
numeric representation of a detected object,
ranging from 0 to 99. This number helps
identify a target's ferrous or non-ferrous
properties, such as a US quarter displaying
a Target ID of 82.
However, Target IDs can sometimes be
inconsistent. Factors like orientation, depth,
metal purity, corrosion, soil mineralization,
and the swing direction of coil can cause
multiple IDs for the same target. In certain
situations, the device may even fail to
provide an ID, especially for deep or smaller
targets, as a strong, clear signal is needed.
Different frequency or coils may cause minor
differences too.
HyperQ enhances Target ID accuracy,
especially in mineralized ground, maximizing
depth and stability. However, it may take
time and experience to make optimal use of
Target ID, as different detectors produce
varying numbers, and local variations in
metals and sizes may require testing and
adjustment.
PART 2
Mineralization
Saltwater
Correction index
6
7

Other manuals for Quest Engineering V80

Question and Answer IconNeed help?

Do you have a question about the Quest Engineering V80 and is the answer not in the manual?

Quest Engineering V80 Specifications

General IconGeneral
BrandQuest Engineering
ModelV80
CategoryMetal Detector
LanguageEnglish

Summary

Quick Start Guide

Power On Procedure

Instructions for powering the metal detector on.

Metal Detector Installation

Assembling the Detector

Step-by-step guide on how to assemble the metal detector components.

Preparation and Protection

Battery Recharge Instructions

Instructions for charging the metal detector battery before first use.

Control Panel Overview

Button Functions Explained

Detailed explanation of each button's key, alternative, and in-menu functions.

Wireless Headphones

Interface Details

Frequencies and HyperQ Technology

Advantages of HyperQ Technology

Benefits of HyperQ technology for improved detection and accuracy.

Noise Cancellation

Auto Noise Canceling Procedure

Step-by-step guide to performing automatic noise cancellation.

Pinpointing Targets

Pinpoint Mode Operation

How to use Pinpoint mode for accurate target location before digging.

Ground Balance Adjustment

Auto Tracking Ground Balance

Using the automatic ground tracking feature for calibration.

Auto G.B. Procedure

Steps for performing Auto Ground Balance in challenging conditions.

Advanced Search Modes

Programming - Detect Settings

Discrimination Patterns

Customizing target ID segments to accept or reject specific targets.

Detect Functions

Programming - Sound Settings

Sound Customization Options

Programming - Ground Settings

Wireless Audio Setup

Pairing and Managing Devices

Instructions for pairing, connecting, and disconnecting wireless headphones.

System Settings

Reset to Factory Settings

Procedure and implications of resetting the detector to factory defaults.

Firmware Upgrading

Firmware Upgrading Procedure

Step-by-step guide to updating the detector's firmware.

Maintenance and Care

General Maintenance and Safety

Best practices for detector care, battery, coil, and safety precautions.

Product Specifications

Troubleshooting Guide

Common Issues and Solutions

Guide to resolving common problems like no sound, noise, or charging issues.

Warranty Information

Warranty Terms and Exclusions

Details on warranty period, waterproof capability, and covered/excluded damages.

Service, Repairs, and Liability

Procedures for warranty service, repairs, and limitations of liability.

Related product manuals