Liam Carter
Since its founding in 2010, Highly Educated has been a pioneer in the industry of concentrate accessories, constantly pushing the boundaries of material science and product design. The company's commitment to producing high-quality products and providing superior customer service has driven its success and longevity. With innovations such as fully adjustable titanium nails, convertible and domeless nails, multi-joint compatibility, electronic nails (E-Nails), and carb caps, Highly Educated has set the standard for quality and functionality. In this article, we will explore the process of creating a highly educated E-nail, a popular product among cannabis enthusiasts, and provide a step-by-step guide to making your own. We will cover important considerations such as coil sources, coil sizes, connector types, and PID settings to ensure a safe and successful DIY experience.
| Characteristics | Values |
|---|---|
| Brand | Highly Educated |
| Year founded | 2010 |
| Product | E-Nail |
| Product features | Flat Coils, 16mm Coils, 20mm Coils, Infiniti Domeless, SE Pillar, Quartz Banger, Control Tower |
| Product material | Titanium, Quartz |
| Product quality | Superior, Cutting-edge, Highest level of precision, Uncompromising, Industry-leading, Revolutionary |
| Customer service | Responsive, Repairs and restoration services, Minimal turn-around time |
| Marketing | Word-of-mouth |
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What You'll Learn
Soldering and wiring
When it comes to soldering and wiring your e-nail, there are a few things to keep in mind. Firstly, it's important to understand the basics of electrical wiring and soldering techniques before attempting any DIY electrical project. Make sure you have the necessary tools and safety equipment, such as a soldering iron, solder, heat shrink tubing or electrical tape, and safety goggles.
For the wiring process, you'll need to identify the positive, negative, and ground connections on both the power source and the e-nail coil. In the comment section of a DIY e-nail tutorial, a user notes that on an A/C female plug, "N" represents neutral or negative, "E" represents earth or ground, and "L" represents live or positive. Ensure that you match the correct wires from the power source to the corresponding connections on the coil.
Before soldering, strip the insulation from the ends of the wires to expose the copper conductors. Twist the exposed wires together to ensure a secure connection. Apply heat to the solder joint using the soldering iron, then touch the solder to the joint, allowing it to melt and create a strong bond. Be careful not to overheat the solder or components. Use heat shrink tubing or electrical tape to insulate the solder joints and protect them from short circuits.
Additionally, consider the type of connector used by your coil. One user mentions that the Highly Educated Infiniti Domeless coil utilizes an XLR connection, while some setups use a DIN connection. Ensure that you have the correct female connector for your coil type. Always follow the specific instructions and diagrams provided by the manufacturer or a trusted source to ensure a safe and proper wiring configuration.
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Coil sources and sizes
When it comes to making a highly educated e-nail, selecting the right coil and size is crucial. The coil is responsible for heating the nail, and different types and sizes of coils are compatible with different e-nail setups.
There are several types of coils available for e-nails, including axial, barrel, flat, and hybrid coils. The type of coil you choose will depend on the style of your quartz banger or dab nail. For example, a flat coil is typically used with a flat-bottomed banger, while a barrel coil is commonly used with a barrel-style or bucket-style banger.
Coil sizes for e-nails are usually measured in millimetres and refer to the inner diameter of the coil. Common coil sizes include 10mm, 14mm, 15.8mm, 16mm, 20mm, 25mm, and 30mm. It is important to ensure that the coil size matches the size of your nail. For instance, a 16mm coil will fit a 16mm titanium nail.
Some e-nail vendors offer a range of coil sizes, such as 14mm and 16mm. However, it is always a good idea to verify the compatibility of the coil with your specific e-nail setup. In some cases, you may need to consider DIY re-wiring or soldering to ensure the coil works with your e-nail controller box.
When purchasing coils, it is important to consider the material and construction as well. For instance, coils made with nickel-chrome resistance wire and a fire-resistant Kevlar sheath are available on the market. Additionally, pay attention to the connection type of the coil, such as whether it uses a DIN or XLR connection, to ensure compatibility with your e-nail setup.
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Connector types
When it comes to connector types, there are a few options to consider for your e-nail setup. The type of connector you choose will depend on the specific coil and nail configuration you are using. Here are some common connector types and their compatibility:
DIN Connectors:
DIN connectors are commonly used in e-nail setups. The original poster (OP) in the referenced Reddit thread mentions using a DIN connection for their coil setup. If you are using a DIN connector, ensure you have the appropriate male and female DIN connectors to match your coil and power source.
XLR Connectors:
XLR connectors are another option for e-nail setups. The linked coil in the Reddit thread utilizes an XLR connection. If you choose to use an XLR connector, you will need a female XLR connector to match the coil.
A/C Female Plug:
Some e-nail users have mentioned using an A/C female plug as their connector type. When using this type of connector, pay attention to the markings: N for Neutral (negative), E for Earth (Ground), and L for Live (Positive). Ensure proper wiring and polarity when using this connector type.
Coil Size and Compatibility:
It's important to consider the size and compatibility of your coil with the connector. The OP's coil has an interior diameter of 15.8 mm, which is larger than the standard coil that comes with the Infiniti Domeless. Ensure that your connector can accommodate the size of your coil and any necessary caps or adjustments.
It's worth noting that connector types and coil configurations can vary, and you may need to consider resoldering the connector on the coil to work with specific e-nail boxes or power sources. Always refer to the specific instructions and requirements of your e-nail components to ensure a proper and safe connection.
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Temperature settings
Precision Temperature Control: One of the advantages of using a Highly Educated e-nail is the ability to dial in an exact temperature. This level of precision is often challenging to achieve with traditional methods like torches. With your e-nail, you can set a specific temperature that suits your preferences and the type of concentrate you're using. This consistency ensures that you can replicate your favourite settings for a perfect dab every time.
Understanding Temperature Ranges: Different concentrates, such as various waxes and oils, have optimal temperature ranges that maximise flavour and vapour production. Generally, lower temperatures are ideal for flavour-chasing, while higher temperatures are better for producing thicker vapour. The temperature range of your e-nail will depend on its specific model, but most e-nails can accommodate a wide range of temperatures to suit your needs.
Adjusting Temperature Settings: To adjust the temperature settings on your Highly Educated e-nail, you'll need to access the temperature control interface. This interface may vary depending on the model, but it typically involves using a digital display and control buttons. You can increase or decrease the temperature in small increments to fine-tune your settings. Refer to your e-nail's user manual or the manufacturer's website for specific instructions on how to adjust the temperature settings for your particular model.
Finding Your Preferred Temperature: Experimenting with different temperature settings is essential to finding your sweet spot. Start with a moderate temperature and gradually adjust it up or down in small increments. Take note of how the changes in temperature affect the flavour, vapour production, and overall experience. Over time, you'll discover the temperature settings that provide you with the ideal balance of flavour and vapour density.
Using Presets (if available): Some Highly Educated e-nail models may offer preset temperature settings. These presets are designed to provide optimal temperatures for specific types of concentrates or desired experiences. If your e-nail has this feature, you can select a preset that aligns with your current concentrate or desired effect, eliminating the guesswork from temperature adjustments.
It's important to remember that temperature settings are a personal preference, and you may need to adjust them based on your own preferences and the characteristics of your concentrate. Always exercise caution when handling heated materials, and refer to the manufacturer's instructions and safety guidelines for your Highly Educated e-nail.
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Materials and engineering
The materials and engineering that go into making a highly educated e-nail are critical to its performance and durability. Here is a detailed breakdown:
Materials:
- Quartz: Highly Educated utilises 99.99% SiO2 Fused Silica quartz, sourced from raw crystals in North Carolina. This material is known for its purity and vapour-safe properties. Flagship products like the Quartz Banger and Control Tower are crafted from quartz, offering superior heat retention, durability, and performance.
- Titanium: Highly Educated uses ASTM B348 Grade 2 Titanium in their nails, ensuring premium quality. Their innovations include fully adjustable titanium nails, convertible and domeless nails, and multi-joint compatibility.
- Other Materials: While quartz and titanium are the primary materials, Highly Educated also explores new materials. For example, they introduced opaque quartz and its applications in products like the Quartz Banger.
Engineering:
- Precision Engineering: Highly Educated is known for its commitment to precision engineering. Their products are designed with meticulous attention to detail, ensuring optimal performance and functionality.
- Cutting-Edge Innovation: The company pushes the boundaries of material science and product design. Their research and development have led to industry-first innovations such as electronic nails (e-nails), multi-joint compatibility, and carb caps.
- Heat Retention: One of the key engineering focuses is heat retention. Products like the Quartz Banger and Control Tower are engineered to provide enhanced heat retention, allowing for precise temperature control and repeatability.
- Durability and Performance: Highly Educated's engineering aims for durability and peak performance. Their products are designed to optimise flavour, efficiency, and longevity, ensuring revolutionary experiences for concentrate enthusiasts.
- Compatibility: Highly Educated's engineering also considers compatibility. Their innovations include convertible and domeless nails, as well as multi-joint compatibility, providing users with versatile options to suit their preferences.
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Frequently asked questions
Highly Educated is a company that produces E-nail nails, parts, and accessories for Flat Coils, 16mm Coils, and 20mm Coils. They have been in business since 2010 and are known for their commitment to producing high-quality products and providing superior customer service.
Highly Educated E-nails are made from a variety of materials, including titanium, quartz, and ASTM B348 Grade 2 Titanium. They are also known for their innovative use of opaque quartz material, which offers enhanced heat retention, durability, and performance.
While I cannot provide a step-by-step guide on how to make a Highly Educated E-nail, I can tell you that it involves wiring and soldering. It is important to note that creating your own E-nail can be dangerous, and Highly Educated is not responsible for any issues that may arise from your DIY project.
