When it comes to metal detecting, attaching a coil to your device is essential for optimal performance. The NOX 800, a highly regarded metal detector, is compatible with a range of coils, including the 11-inch coil. This larger coil offers increased coverage and depth compared to the standard coil, making it ideal for exploring larger areas and searching for deeper targets.
Attaching the 11-inch coil to the NOX 800 is a straightforward process that can be completed in a few simple steps. First, ensure that the detector is turned off and the battery is removed. Next, locate the coil mounting bracket on the bottom of the detector’s shaft. The bracket should have two knobs for tightening or loosening the coil.
Once you have located the mounting bracket, align the 11-inch coil with the bracket. The coil should fit snugly into place. Secure the coil by tightening the knobs on the mounting bracket. Once the coil is securely attached, reinsert the battery and turn on the detector. The NOX 800 should automatically recognize the new coil and adjust its settings accordingly.
Secure Attachment of an 11-Inch Coil to the Nox 800 Detector
### Step 1: Preparing the Detector and Coil
The foundation for a secure coil attachment begins with proper preparation. Before attaching the 11-inch coil to the Nox 800 detector, ensure that both components are clean and dry. Remove any dirt or debris from the coil and the detector’s mounting bracket. Additionally, check for any signs of damage or wear on either component. If any issues are detected, address them before proceeding.
To prepare the coil, align the coil’s pins with the corresponding holes on the detector’s mounting bracket. Carefully slide the coil onto the bracket until it is fully engaged. Secure the coil in place by tightening the provided bolts using a screwdriver or wrench. Avoid overtightening the bolts, as this can damage the coil or the detector.
### Step 2: Connecting the Coil
Once the coil is firmly attached, connect the coil’s cable to the detector’s control box. Align the connectors on the cable with the corresponding ports on the control box and gently push them together until they click securely into place. Double-check the connection to ensure it is solid and不会松动.
### Step 3: Verifying the Attachment
After connecting the coil, it is essential to verify that it is securely attached and functioning properly. Gently shake the detector to check if the coil is stable and not wobbling. If any movement is detected, inspect the connection and ensure that it is secure.
Finally, calibrate the detector with the new coil to optimize its performance. Follow the instructions provided in the detector’s user manual to perform the calibration process accurately. This crucial step ensures that the detector and coil work harmoniously, maximizing your detecting capabilities.
Step-by-Step Guide for Optimal Coil Connection
Part 1: Inspecting the Coil and Detector
Before attaching the coil, carefully inspect both the coil and the detector for any damage or loose connections. Ensure that the coil cable is free of any kinks or breaks and that the connector on the detector is clean and undamaged.
Part 2: Preparing the Coil Cable
Locate the coil cable notch on the detector and insert the coil cable into the notch, making sure it aligns correctly. Carefully pull the cable back to ensure it is securely seated in the notch. This is a crucial step to prevent the coil cable from disconnecting during use.
Next, identify the locking lever on the detector. Press the locking lever down while simultaneously pulling the coil cable backwards until it clicks into place. This will ensure that the coil cable is firmly attached to the detector.
Note: For the NOX 800, use the following table as a guide for proper coil cable preparation:
| Detector Model | Coil Cable Notch Location | Locking Lever Position |
|---|---|---|
| NOX 800 | Rear of detector, below the display | Left side of detector |
Part 3: Connecting the Coil
Take the coil and align the connector on the bottom of the coil with the connector on the detector. Carefully slide the coil connector onto the detector connector until it snaps into place. Ensure that the connectors are fully engaged to prevent any signal loss.
Tools Required
To ensure a secure and precise coil mounting, you will need the following tools:
- Torx T15 screwdriver
- Hex wrench (size varies depending on the coil model)
- Level (optional)
- Coil mounting bolts
Installing the Coil
Follow these steps to install the 11-inch coil onto the NOX 800 detector:
- Remove the existing coil by unscrewing the coil mounting bolts using the Torx T15 screwdriver.
- Align the 11-inch coil on the detector mounting plate and secure it with the coil mounting bolts, using the hex wrench.
- Check the coil’s alignment using a level (optional). Ensure that the coil is parallel to the ground for optimal performance.
- Tighten the coil mounting bolts firmly to prevent the coil from moving or wobbling during use.
Fine-tuning the Coil Attachment
To further enhance the coil’s performance, follow these additional steps:
- Calibrate the detector with the new coil attached. This will ensure accurate depth readings and target identification.
- Adjust the coil’s sensitivity and discrimination settings to suit your specific search conditions.
- Experiment with different coil mounting positions. Some detectors allow for vertical or horizontal coil orientation, which can affect the coil’s detection depth and sensitivity. Choose the position that yields the best results in your particular search environment.
By following these steps, you can ensure a precise coil mounting that will maximize the performance of your NOX 800 detector.
| Tool | Purpose |
|---|---|
| Torx T15 screwdriver | Remove and secure coil mounting bolts |
| Hex wrench | Tighten coil mounting bolts |
| Level (optional) | Align coil parallel to the ground |
| Coil mounting bolts | Secure coil to detector |
Compatible Accessories: Harnessing the Potential of the Nox 800
1. 11-Inch Coil: Unlocking Expanded Detection Capabilities
The 11-inch coil is an indispensable accessory for the Nox 800, providing a substantial increase in detection range. With its larger surface area, it covers more ground with each sweep, enhancing the likelihood of uncovering hidden treasures. Its added depth penetration also allows for the detection of deeper targets that would otherwise remain undiscovered.
2. Coil Cover: Protecting Your Valuable Coil
A coil cover is a crucial investment that safeguards the 11-inch coil from scratches, dents, and other potential damage. Made from durable materials, it shields the coil during transportation, storage, and while navigating rugged terrain. By protecting the coil’s integrity, it ensures optimal performance and longevity.
3. Coil Harness: Seamless Integration for Enhanced Control
The coil harness is an essential connection point between the 11-inch coil and the Nox 800. It transmits signals between the two components, enabling effective operation. The harness includes a comfortable grip and adjustable length, providing enhanced control and maneuverability during detection.
4. Harnessing the Power of the 11-Inch Coil
To fully harness the potential of the 11-inch coil, consider the following tips:
– Optimize settings: Adjust the Nox 800’s settings to match the characteristics of the coil. This includes modifying ground balance, frequency, and gain levels for optimal performance.
– Maintain proper coil height: Ensure the coil is held parallel to the ground and at a consistent height to maximize detection range and minimize false signals.
– Utilize discrimination: Fine-tune the discrimination settings to distinguish between valuable targets and unwanted items, reducing the number of non-productive digs.
– Master swing techniques: Practice proper swing techniques, including the appropriate speed, amplitude, and overlap, to enhance detection efficiency and minimize fatigue.
Unlocking Advanced Capabilities: Benefits of an 11-Inch Coil
Enhanced Depth Penetration
An 11-inch coil’s larger surface area allows it to transmit and receive more electromagnetic waves. This translates to increased depth penetration, enabling you to detect deeply buried targets that might be missed by smaller coils.
Improved Target Separation
The larger footprint of an 11-inch coil provides better target separation. It is less prone to picking up multiple targets as a single signal, allowing you to locate and identify individual objects more accurately.
Wider Coverage Area
With a larger sweep width, an 11-inch coil covers a more extensive area with each pass. This significantly speeds up your search and increases the likelihood of detecting multiple targets in a shorter time.
Increased Sensitivity to Large Targets
An 11-inch coil is more responsive to larger targets due to its larger area of coverage. Detecting concealed objects, such as caches, relics, or buried treasures, becomes easier and more efficient with this upgrade.
Adaptability to Different Soil Conditions
An 11-inch coil excels in a variety of soil conditions. It effectively penetrates both loose and compacted soils, making it a versatile tool for exploring various terrain types without compromising detection capabilities.
| Coil Size | Depth Penetration | Target Separation | Coverage Area | Sensitivity to Large Targets | Adaptability to Soil Conditions |
|---|---|---|---|---|---|
| 11-Inch | Enhanced | Improved | Wider | Increased | Versatile |
Enhanced Detection Results: Optimizing Coil Configuration
Choosing the Right Coil Size
The 11-inch coil is an excellent choice for those seeking increased depth and coverage area. It provides a wider sweep, allowing you to cover more ground in a single pass. Compared to smaller coils, it is less sensitive to smaller targets, but its enhanced depth penetration makes it ideal for detecting larger, deeper objects.
Coil Positioning and Orientation
Proper coil positioning is crucial for maximizing detection results. Keep the coil parallel to the ground, ensuring it does not touch the surface. Sweep the coil smoothly and at a consistent height to maintain optimum signal strength. Orienting the coil perpendicular to the target enhances signal strength, making it easier to locate and identify objects.
Customizing Sensitivity Settings
The NOX 800 allows you to adjust the sensitivity settings to suit various conditions. Higher sensitivity increases the detector’s ability to detect smaller targets, while lower sensitivity reduces false signals and noise. Experiment with different sensitivity levels to find the optimal setting for your specific environment.
Ground Balancing
Ground balancing adjusts the detector to compensate for soil mineralization, which can interfere with signal detection. The NOX 800’s automatic ground balancing feature effectively neutralizes the effects of different soil conditions, ensuring accurate readings and minimizing false signals.
Discrimination Settings
Discrimination allows you to filter out unwanted signals from non-ferrous metals, such as aluminum foil or pull tabs. Adjusting the discrimination settings enables you to focus on specific target types, reducing the number of false positives and improving detection efficiency.
Advanced Features
The NOX 800 offers several advanced features that enhance the detection experience. Iron Audio allows you to distinguish between ferrous and non-ferrous targets, providing valuable information about the potential target. Threshold sound adjustment provides a consistent audible cue when the detector detects an object, making it easier to identify targets in noisy environments.
| Feature | Description |
|—|—|
| Iron Audio | Distinguishes ferrous and non-ferrous targets |
| Threshold Sound Adjustment | Provides an audible cue when an object is detected |
| Ground Balance | Compensates for soil mineralization |
Ideal Coil Distance Adjustment for Accurate Pinpointing
To ensure precise target pinpointing with the 11-inch coil on the Nox 800 detector, proper coil distance adjustment is crucial. Follow these steps for optimal performance:
1. Stabilize the Detector
Hold the detector still and maintain a steady position with your arm.
2. Keep the Coil Parallel to the Ground
Move the coil parallel to the ground surface, avoiding any tilting or angling.
3. Sweep Slowly and Deliberately
Perform slow, controlled sweeps across the search area.
4. Listen for Audio Cues
Pay attention to the audio signals emitted by the detector. When the coil passes over a target, you will hear a distinctive change in tone or volume.
5. Pinpoint the Target
When you detect a target, gently pivot the coil over the suspected location. The strongest audio signal will indicate the precise target position.
6. Adjust the Sensitivity
If the detector is too sensitive, you may experience false signals. Adjust the sensitivity to a level where the detector responds only to legitimate targets.
7. Determine the Ideal Coil Distance
The ideal coil distance varies depending on the target size and depth. For optimal pinpointing, follow these guidelines:
| Target Size | Coil Distance |
|---|---|
| Small (e.g., coins) | 2-3 inches |
| Medium (e.g., jewelry) | 4-6 inches |
| Large (e.g., relics) | 6-8 inches |
Ensuring Proper Coil Orientation for Effective Search Patterns
To maximize the effectiveness of your search patterns, it’s crucial to ensure proper coil orientation. This involves understanding the coil’s orientation and adjusting it accordingly based on the ground conditions and target depth.
Ground Conditions
Different ground conditions require different coil orientations. For example, in highly mineralized soil or areas with electromagnetic interference, it’s recommended to use a “flat” coil orientation (parallel to the ground). This minimizes ground noise and enhances target detection.
Target Depth
The depth of the target also influences coil orientation. For shallow targets (less than 3 inches), a “slightly angled” coil orientation (angled slightly downward) is recommended. This increases the coil’s sensitivity to surface targets.
### Coil Orientation Techniques
There are three main coil orientation techniques to consider:
1. Parallel Orientation
This technique involves keeping the coil parallel to the ground. It is suitable for shallow targets and highly mineralized soil.
2. Angled Orientation
This involves angling the coil slightly downward. It is recommended for deeper targets (3-6 inches) and less mineralized soil.
3. Sweep Orientation
This technique involves sweeping the coil in a side-to-side motion while keeping it slightly angled. It is useful for covering a wide area and detecting both shallow and deep targets.
| Coil Orientation | Ground Conditions | Target Depth |
|---|---|---|
| Parallel | Highly mineralized soil | Shallow targets |
| Angled | Less mineralized soil | Deeper targets |
| Sweep | Both shallow and deep targets | Wide area coverage |
Tips and Tricks for Secure and Efficient Attachment
Center the Coil for Optimal Performance
Once you have connected the coil to the detector, center it on the control box. This will help ensure that the detector’s balance is not affected by the weight of the coil.
Secure the Coil with the Bolt
Tighten the bolt that secures the coil to the control box by hand. Do not overtighten the bolt, as this can damage the threads.
Check the Coil Cable for Kinks
Before you start detecting, check the coil cable for any kinks. If there are any kinks, straighten them out before using the detector.
Use a Coil Cover for Protection
A coil cover can help protect the coil from damage. If you do not use a coil cover, make sure to store the detector in a safe place where the coil is not in danger of being damaged.
Handle the Coil with Care
When transporting the detector, always carry it by the control box, not by the coil. This will help prevent damage to the coil.
Inspect the Coil Periodically
Inspect the coil periodically for any signs of damage. If you find any damage, such as a loose wire or a damaged coil housing, do not use the detector until the damage has been repaired.
Use a Bungee Cord for Secure Attachment
If you are using the detector in a windy or dusty environment, you can use a bungee cord to secure the coil to the control box. This will help prevent the coil from being blown off or filled with dirt.
Disconnect the Coil When Not in Use
When you are not using the detector, disconnect the coil from the control box. This will help prevent the coil from being damaged.
Coil Mounting Tips for the NOX 800
When mounting the 11-inch coil to the NOX 800, follow these additional tips:
| Tip | Description |
|---|---|
| Use the supplied bolt and washer | This bolt is designed to fit the NOX 800 control box and will provide secure attachment for the coil. |
| Tighten the bolt securely | Use a screwdriver or wrench to tighten the bolt until it is snug. Do not overtighten, as this can damage the threads. |
| Check the coil cable | Ensure the coil cable is routed properly and is not kinked or damaged. |
Troubleshooting Common Coil Connection Issues
When connecting an 11-inch coil to a Nox 800 metal detector, you may encounter some common issues. Here are some troubleshooting tips to help you resolve them:
1. Check the Coil Cable Connection
Ensure that the coil cable is securely connected to both the coil and the detector. Inspect the connection points for any damage or loose wires.
2. Clean the Coil Connector and Detector Terminal
Dirt or corrosion on the coil connector or detector terminal can affect connectivity. Use a soft cloth or brush to gently clean these components.
3. Power Cycle the Detector
Sometimes, a simple power cycle can resolve connection issues. Turn off the detector, wait a few seconds, and then turn it back on.
4. Replace the Coil Cable
If the coil cable is damaged, it may need to be replaced. Contact the manufacturer or an authorized dealer for a replacement cable.
5. Check the Coil Compatibility
Confirm that the 11-inch coil is compatible with your Nox 800 model. Some models may have specific coil compatibility requirements.
6. Reset the Detector to Factory Settings
Resetting the detector to factory settings may resolve some connection issues. Consult the user manual for the specific reset procedure.
7. Ensure Proper Grounding
The Nox 800 requires proper grounding to function correctly. Ensure that the grounding rod is fully inserted into the ground.
8. Update the Detector Software
The manufacturer may release software updates to address connection issues or other performance enhancements. Check for any available software updates.
9. Contact the Manufacturer for Support
If you continue to experience connection issues, contact the manufacturer or an authorized dealer for further assistance.
10. Troubleshooting Coil Connection Issues Using the Nox 800 Diagnostic Mode
The Nox 800 features a diagnostic mode that can help identify coil connection problems. To enter diagnostic mode:
| Steps |
|---|
| • Turn on the detector. |
| • Press and hold the “Menu” button until the “Diagnostics” option appears. |
| • Select “Diagnostics” and then “Coil.” |
| • Observe the “Status” field for any error messages. |
| • If an error message is displayed, follow the instructions in the diagnostic mode to resolve the issue. |
Best Way to Attach 11-Inch Coil to Nox 800
Attaching an 11-inch coil to a Nox 800 metal detector can enhance its detection capabilities, allowing you to explore larger areas and detect deeper targets. Here are the steps involved in attaching the coil:
- Power off the Nox 800.
- Unlock the coil connector by pressing the release button on the side of the detector.
- Carefully remove the existing coil by pulling it straight off the connector.
- Align the 11-inch coil with the connector and push it on securely.
- Lock the coil connector by pressing the release button again.
- Power on the Nox 800 and calibrate the coil.
By following these steps, you can properly attach an 11-inch coil to your Nox 800 and optimize its performance for enhanced metal detecting.
