Laser Tools Horizontal Coil for Heat Inductor - 22mm

Laser Tools Horizontal Coil for Heat Inductor - 22mm - 8684 For use with Laser heat inductors, Pa...

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Product Information

Full details

This guide is for mechanics and technicians using Laser heat inductors (models 8680 & 8681 or similar) who need to efficiently remove seized components. The key benefit is its specialized horizontal winding for targeted heat application on smaller diameter tubes, bars, nuts, and bolts. A caveat is that it's designed for components under 22mm in diameter and requires a compatible heat inductor unit.

All features

Model Part Number8684
BrandLaser Tools

Extended Product Information

FAQs

What is the primary purpose of the horizontal winding?

The horizontal winding is designed to concentrate the induced heat onto a specific area, making it ideal for heating tubes, bars, seized nuts, and bolts under 22mm in diameter without heating a larger surrounding area.

What heat inductor models is this coil compatible with?

This coil is made for use with Laser heat inductors, Part Nos. 8680 & 8681, or similar heat inductor units that can accommodate this coil size and connection type.

What is the maximum diameter of a component this coil can effectively heat?

This coil is suitable for components with a diameter of less than 22mm.

Can this coil be used on larger components?

No, this specific 22mm coil is designed for components under 22mm. Larger coils are available from Laser Tools for bigger parts.

Is the heat inductor included with this coil?

No, the heat inductor unit is sold separately. This product is the horizontal coil accessory only.

How should I clean the coil?

Allow the coil to cool completely, then wipe it with a dry or slightly damp cloth. Avoid using abrasive cleaners or solvents.

What safety precautions should I take when using this coil?

Always wear appropriate personal protective equipment (PPE), including heat-resistant gloves and eye protection. Ensure good ventilation and be aware of hot surfaces after use.

Troubleshooting

No heat generated

Check that the coil is securely attached to the heat inductor. Verify the heat inductor is powered on and functioning correctly. Ensure the connected component is within the coil's effective range.

Coil not heating evenly

Ensure the coil is wrapped as closely and evenly as possible around the target component. Check for any obstructions or debris that might be preventing good contact. Verify the heat inductor's power settings.

Component not releasing

Apply heat for a sufficient duration as recommended by the heat inductor's manual. Allow the component to cool slightly and try again, potentially with a penetrating oil. Ensure the coil is sized appropriately for the component.

Pros and Cons

Pros

  • Provides focused heat for better efficiency on smaller parts.
  • Effective for releasing seized nuts, bolts, and tubes.
  • Designed for compatibility with common heat inductor models.
  • Durable and reliable for regular use.
  • Offers a cost-effective solution compared to alternative methods.

Cons

  • Limited to components under 22mm in diameter.
  • Requires a separate heat inductor unit to operate.
  • Not suitable for very large or complex heating applications.
  • May require practice to achieve optimal heat placement.
  • Can generate significant heat, requiring safety precautions.

Setup, Compatibility & Care

Setup: Ensure the heat inductor unit (sold separately, e.g., Laser Part Nos. 8680 or 8681) is in good working order and connected to a suitable power source. Attach the 22mm horizontal coil securely to the heat inductor's output, ensuring a firm connection. Refer to the heat inductor's manual for specific attachment instructions.

Compatibility: This coil is designed for use with Laser heat inductors, Part Nos. 8680 & 8681, or similar devices that accept this coil type. It is specifically for components with a diameter of less than 22mm.

Care: After use, allow the coil to cool completely before handling or storage. Inspect the coil for any signs of damage or wear. Store in a clean, dry environment away from corrosive materials. Avoid bending or kinking the coil excessively, as this can damage the internal winding.

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