VERTEX QUANTUM LITE (01) PDF Document

The VERTEX QUANTUM LITE offers several key features for professional explorers and researchers:

Detection technology: Advanced ground imaging and long-distance detection, providing high levels of flexibility and reliability.

Exceptional Accuracy: Delivers highly reliable target identification with enhanced metal differentiation to help avoid unwanted signals.

Durable and Ergonomic Design: Built from lightweight yet durable materials, with an ergonomic design for extended use without fatigue in various environmental conditions.

Smart Operating Systems: Fully customizable search settings, including detection sensitivity, different search modes, and discrimination settings, for optimal results.

Advanced Search Tools: Equipped with multiple search coils for efficient targeting of both small and large objects at varying depths and distances.

Powerful and Replaceable Battery: Operates on a rechargeable battery lasting up to 6 hours, with fast charging via Type-C, and allows easy battery replacement.

Smart and User-Friendly Interface: Features a multi-language color display for smooth control over settings and effortless search mode adjustments.

To assemble your VERTEX QUANTUM LITE, follow these steps for extending the arm, and attaching and connecting the search coil.

Extending the Arm:

1. Move the grip lever (clamp) to the open position. This will allow you to freely adjust the arm’s length.

2. Pull the arm outward or push it inward to adjust the length to a comfortable position for use.

3. Move the lever back to the closed position and ensure the lock is securely fastened to prevent any slipping during use.

Attaching the Search Coil:

1. Place the detector on a flat surface so that the search coil is parallel to the ground. Position the arm’s end into the designated slot on the coil, ensuring that the side holes of the arm align with the holes on the coil.

2. Insert the screw through the aligned holes from the left side of the arm and coil. Turn it clockwise until it is firmly secured. Ensure it is tight enough to hold the coil in place, but avoid over-tightening to prevent damage to plastic parts.

Connecting the Search Coil:

1. Locate the connector port on the coil. Align the white marks on both the plug and socket before inserting to ensure a proper connection.

2. Gently insert the plug into the socket, ensuring it is oriented correctly. Push it in gradually while applying slight downward pressure to secure it along the correct path.

3. Once the plug is partially inserted, rotate the locking nut while continuing to apply pressure until the plug is fully inserted. Tighten the locking nut securely to ensure a stable and firm connection.

The VERTEX QUANTUM LITE uses a removable 12.6V / 3500mAh lithium-ion battery. Follow these instructions for charging, installation, and removal.

Battery Charging:

1. Use only the included charger for optimal performance and longevity.

2. Charge the battery through the Type-C port located on the battery itself.

3. The battery charge level is indicated by the number of illuminated LED indicators on the battery:

• One light on → Battery is 25% or less charged.

• Two lights on → Battery is 50% charged.

• Three lights on → Battery is 75% charged.

• Four lights on → Battery is fully charged (100%).

Installing the Battery:

1. Align the rear groove of the battery with the wide notch on the back of the main unit, ensuring that the red battery lock is facing upward.

2. Push the battery downward until you hear a click, indicating that the lock has secured it in place.

Removing the Battery:

1. Pull the red lock backward to release the latch.

2. Lift the battery upward to remove it from the detector.

To maintain the efficiency and extend the life of your VERTEX QUANTUM LITE’s battery, follow these tips:

• Avoid using non-original or low-quality chargers, as they may damage the battery or the detector.

• Do not leave the battery connected to the charger for extended periods after it is fully charged.

• Turn off the detector when not in use to preserve battery life.

• Store the battery in a cool, dry place, away from direct sunlight and humidity to maintain its efficiency.

The VERTEX QUANTUM LITE utilizes the Active Sensing Unit (ASU V35) to deliver 2D and 3D analytical ground imaging with the following features:

• Pioneering Technology: Integrates multiple scientific innovations for highly precise subsurface analysis, effectively detecting both modern and ancient metals.

• Advanced Ground Imaging: Supports direct imaging and dual/triple-dimensional scanning, offering detailed target visualization.

• Customizable Scanning Features: Allows users to adjust search area dimensions and scanning methods according to their needs.

• High-Precision Analysis: Generates detailed reports on target type and depth measurements with exceptional accuracy.

• 3D Object Control: Enables multi-angle visualization for a clearer understanding of target details.

• Instant Verification: New metals can be tested directly without requiring pre-buried targets, unlike conventional detectors.

The VERTEX QUANTUM LITE is a versatile tool suitable for a wide range of applications:

• Buried Metal and Treasure Detection: Provides high-precision detection of gold, precious metals, cavities, and buried treasures at great depths and distances.

• Archaeological Applications: Assists archaeologists and researchers in accurately identifying ancient sites and buried relics.

• Geological Surveys: Enables detailed analysis of soil and rock layers, enhancing mineral prospecting and natural resource investigations.

• Construction and Infrastructure Applications: Used to locate underground pipes, sewage systems, and infrastructure, helping to ensure construction site safety.

• Forensic Investigations: Supports criminal investigations by detecting hidden or buried objects in open fields.

• Long-Distance Detection Technologies: Allows for wide-area scanning to identify potential target locations before detailed excavation begins.

• Scientific Exploration and Environmental Studies: Utilized in natural resource detection, soil assessment, and geological layer analysis.

The numeric values on the VERTEX QUANTUM LITE correspond to different types of detected targets. Please note that the value of a detected target may vary depending on the metal type, alloy composition, and size.

Cavity Detection: A cavity is identified through color indicators on the device interface, appearing in blue, which helps users accurately locate potential underground cavities.

To ensure accurate results and minimize interference, follow these tips before you begin your search:

• Keep metal objects away: Ensure that phones, watches, necklaces, bracelets, and other metal items are kept at a safe distance from the search area to prevent interference and false readings.

• Avoid high-voltage lines and industrial areas: Stay away from power lines, industrial facilities, and iron debris. If searching in such areas is necessary, it is recommended to reduce the sensitivity level.

• Maintain distance between detectors: When using multiple metal detectors simultaneously, ensure a minimum distance of 100 meters between them to prevent signal interference.

Quick Settings are accessible via the Tab button for rapid adjustments. Use the up and down arrows to adjust each setting.

The available Quick Settings are:

1. General Sound: Adjusts the main volume of the detector.

2. Search Sounds: Adjusts the volume of the target detection sounds.

3. Vibration Mode: Toggles the vibration alert on or off.

4. Brightness: Adjusts the screen brightness.

5. Idle Mode: Configures the detector’s power-saving mode.

6. Setting: Enters the main settings menu.

You can customize several general settings on your VERTEX QUANTUM LITE:

Display Settings:

• Brightness: Adjust brightness levels using the up and down arrows.

• Sleep Mode: Enables automatic dimming to save power. Access this setting using the right arrow and adjust via the up and down arrows.

Sound Settings:

• General Sound: The detector emits sound signals during operation. This can be completely muted or adjusted using the up and down arrows.

• Vibration Mode: Accessible via the right arrow, enabling or disabling vibration when pressing buttons for additional alerts. Adjustable via up and down arrows.

• Search Sound: The detector produces search signals. This setting can be accessed via the right arrow, and volume levels can be adjusted using the up and down arrows.

Setting Date and Time:

To set the date and time, select the Date & Time icon and press the OK button. Use the arrow buttons to adjust the day, month, year, and time accurately. Once the settings are adjusted, press the Back button to save the changes.

Factory Reset:

Select the Factory Reset option to restore all settings to their default values.

Target ID is a numerical value displayed on the screen of the VERTEX QUANTUM LITE during a search, representing the metallic properties of the detected target. It helps distinguish different metal types by displaying specific numbers that indicate the composition of the detected material.

How Target ID Works:

• When the search unit passes over a metallic object, the detector analyzes the reflected signals and assigns a numeric Target ID based on its metallic composition.

• This value is displayed in the upper-left corner of the main interface.

• Pressing the OK button while identifying the Target ID switches to Live Scanning mode for a more detailed real-time target analysis.

Target ID Interpretation:

• High Target ID values: Typically indicate precious metals such as gold or silver.

• Medium and low Target ID values: May indicate non-precious metals like iron, copper, or aluminum.

• Cavities: Do not have a numerical Target ID, but they can be identified through blue color indicators and graphical scanning properties.

Target indicators on the VERTEX QUANTUM LITE are color-coded symbols that help identify the type of detected target based on its response to signals from the sensing unit.

Color Indicators and Their Meanings:

• Blue Indicator: Represents cavities, such as caves, tunnels, or underground cavities.

• Yellow Indicator: Represents precious metals, such as gold and silver.

• Red Indicator: Represents non-precious metals, such as iron, aluminum, or copper.

When analyzing results, you should compare the color indicators with other data such as Target ID and Live Scanning to confirm the detected object’s nature.

Ground calibration adjusts the detector based on the soil type to ensure accurate searching and reduce interference from ground minerals. Follow these steps:

1. Access the calibration mode by pressing the calibration icon in the main interface.

2. Select the soil type (e.g., Dry Soil, Wet Soil) from the displayed list.

3. Raise the search unit approximately 10 cm above the ground to maintain accurate readings.

4. Press the OK button to start calibration; a percentage counter will appear on the screen.

5. Wait until the counter reaches 100%, then a confirmation message will appear, indicating that calibration has been successfully completed.

The search settings on the VERTEX QUANTUM LITE allow you to customize the scanning process. The options are:

1. Search Mode:

• Manual Search: Allows full user control. The user must press the handle button at each step during the scan.

• Automatic Search: Performed column by column, with the system automatically transitioning to the next column. The user must press the handle button to continue scanning each column. This mode operates exclusively in a zigzag scanning pattern.

2. Search Paths:

• One-directional scanning: Conducts a linear scan in one direction per column.

• Zigzag scanning: Uses a back-and-forth pattern for more efficient area coverage.

3. Search Grid:

• Users can adjust the search grid by selecting the number of rows and columns, ranging from 3 to 9, for precise area coverage.

4. Search Starting Point:

• Users can choose to start scanning from the right or left, depending on site conditions and movement preferences.

2D scanning is an advanced method for detecting underground targets by mapping an analytical scan grid. The resulting data is displayed as a color-coded map.

How 2D Scanning Works:

• The search grid is determined by setting the number of rows and columns based on the target area size.

• The user moves over the defined area following the selected search mode (manual or automatic).

• Data is recorded at each grid point, and potential targets appear on the screen in different colors representing their nature.

2D Scanning Modes:

• Manual Mode: Requires the user to press the handle button at each scanning step to record points within the grid.

• Automatic Mode: Records points automatically while moving, maintaining a consistent speed for accurate data collection.

How to Use 2D Scanning Technology:

1. Calibrate the detector to adjust settings based on soil type.

2. Select the search mode (manual or automatic).

3. Set the number of rows and columns in the search grid.

4. Start the scan by pressing the handle button while following the selected pattern (one-directional or zigzag). Analyze the results on the screen and compare colors to determine the target type.

Color Interpretation in the Scan Grid:

• Blue: Represents Cavities (caves, tunnels).

• Purple: Indicates precious metals (gold, silver).

• Red: Represents general metals (iron, copper).

• Green: Represents natural ground (no buried targets).

3D scanning technology allows users to view and analyze detected targets in a three-dimensional representation from all angles, helping to determine the shape, size, and depth of buried objects.

How 3D Scanning Works:

• Initial scanning is performed using 2D scanning technology, where data is collected based on the defined search grid.

• Once the scan is complete, the data is analyzed and converted into a 3D model that represents the distribution of targets underground.

• The model can be rotated and viewed from different angles using the control buttons, helping to accurately determine the target’s shape and its position relative to the surface.

How to Use 3D Scanning Technology:

1. Perform a 2D scan according to the required settings.

2. Once the scan is complete, press the 3D View icon.

3. Use the arrow buttons to rotate the model and explore the target from different perspectives.

4. Press the Depth Analysis icon to determine the precise depth of each point within the model.

5. If necessary, use the zoom in/out icon to examine details more clearly.

Sensitivity and Gain are essential settings that influence the detector’s ability to capture and analyze signals from buried targets.

Sensitivity:

This determines the detector’s response level to signals from detected targets. Increasing sensitivity enhances the ability to detect small or deep objects, while decreasing it reduces false signals caused by ground minerals.

Gain:

This controls the amplification level of the signal received from the target. Increasing gain enhances signal reception from deep objects but may also increase interference. Decreasing gain improves stability, particularly in areas with high natural metal content.

How to Adjust Sensitivity & Gain in the V35:

1. Navigate to the Sensitivity & Gain Calibration icon at the bottom of the interface.

2. Press OK to enable adjustment.

3. Use the arrow buttons to increase or decrease the values as needed.

4. Press OK to save the settings and continue searching.

Live Scanning is an advanced feature that allows real-time target display on the screen, eliminating the need for additional analysis or data storage in a scan grid.

How Live Scanning Works:

• When activated, the detector immediately starts detecting signals without requiring a predefined search grid.

• The Target ID is displayed as a numerical value, reflecting the type of detected metal.

• Color-coded indicators appear to classify the target as precious metals, non-precious metals, or cavities.

Color Indicators in Live Scanning Window:

• Blue: Indicates Cavities.

• Red: Indicates metals in general.

• Green: Represents natural ground with no buried targets.

How to Activate Live Scanning:

1. Select the Target ID from the upper-left interface of the detector.

2. Press the OK button to enter Live Scanning Mode.

3. Move over the target area while monitoring the color indicators and Target ID on the screen.

4. If an interesting target is detected, switch to 2D or 3D scanning for a more detailed analysis.

The Graphical Display on the VERTEX QUANTUM LITE is a visual representation of signals received from the search unit, used to analyze the nature of buried targets.

How it Works:

• During a search, the detector analyzes reflected signals and displays them as a dynamic line graph.

• The zero line represents the natural ground level. Any deviation above or below this line indicates the presence of a target.

Graphical Display Indicators:

• Yellow above the zero line: Indicates precious metals such as gold and silver.

• Red below the zero line: Indicates non-precious metals such as iron and aluminum.

The wired headphones provide a clear listening experience for audio signals, enhancing your ability to analyze sounds during a search.

Connection Method:

1. Insert the headphone cable into the device’s audio port.

2. Ensure the cable is securely connected for optimal sound quality.

3. Use the device’s volume control buttons to adjust the sound level to your preference.

4. Listen carefully to the audio signals during the search, as sound variations indicate different detected targets.

Always disconnect the headphones gently after use. Avoid pulling the cable forcefully to maintain its integrity and ensure longevity.

To achieve the best performance from your VERTEX QUANTUM LITE, follow these tips:

• Avoid sources of interference: Stay away from high-voltage power lines, electrical wiring, or nearby electronic detectors that may affect the accuracy of the results.

• Choose the search location carefully: Ensuring it is far from influencing factors such as metals and environmental fields to guarantee accurate results.

• Update detector settings: Ensure that sensitivity and balance settings are adjusted according to the surrounding environment for optimal performance.

• Use the battery correctly: Fully charge the battery before use to prevent power interruptions during operations.

Warnings for Ensuring Safety During Use:

• Avoid hazardous areas: Do not operate the detector near flammable materials or close to high-voltage power lines.

• Be cautious of extreme weather: Refrain from using the detector in harsh weather conditions, such as heavy rain or excessively high temperatures.

• Carry the detector securely: Always handle the detector properly and securely to prevent it from falling or being damaged.

• Handle components with care: Do not disassemble or modify the detector’s internal components without consulting technical support.

Detector Storage Conditions:

• Dry and moderate-temperature environments: Store the detector in a dry place away from humidity and extreme heat or cold.

• Ensure the detector is fully powered off: Always switch off the detector completely before storing it to avoid unnecessary power consumption.

• Protect from dust and impact: Keep the detector in its designated carrying case to prevent exposure to dust or damage during storage.

Please adhere to the following safety instructions for your VERTEX QUANTUM LITE:

• The components are prone to damage from electrostatic discharge (ESD). It is recommended to discharge yourself of static electricity by touching another metal object before handling the device.

• Ensure that all components are securely connected. Loose connections may cause the device to not recognize a component or fail to start.

• Do not assemble or operate the detector before reading and understanding the user manual.

• Store the detector in an environment free of negative charges when not in use.

• Keep the detector away from moisture and always turn it off completely before storing it.

• Ensure that the power outlet supplies the same voltage indicated on the charger before connecting the charger to the outlet.

• Hold the detector firmly while it is in operation.

• Do not leave the detector in an environment with a temperature above 60°C (140°F), as this could damage the detector.

In the event of any of the following situations, have the VERTEX QUANTUM LITE inspected at a service center:

• A liquid has penetrated the detector.

• The detector has been exposed to high humidity.

• The detector does not operate properly or cannot be turned on as described in the user manual.

• The detector has fallen or sustained damage.

• There are visible signs of damage or deterioration on the detector.