What is the recommended method for unreeeling detonator cord?

What is the recommended method for unreeeling detonator cord?

• A. By hand without any tools
• B. Using a handheld rod or stand
• C. Unreeled manually by multiple workers
• D. Spooling out on a flat surface

Answer: (B)

Using a handheld rod or stand to unreeled detonator cord is recommended because it provides better control and minimizes the risk of tangling or kinks in the cord. This method allows the user to maintain an appropriate tension on the cord, ensuring that it is deployed smoothly and safely. Additionally, a handheld rod or stand can help keep the detonator cord elevated above the ground, reducing the chance of contamination or damage from environmental factors. The other methods do not provide the same level of control or safety. Unreeeling by hand without tools may lead to improper handling and could increase the risk of the cord getting tangled. Having multiple workers manually unreeled could create confusion and inconsistencies, potentially overwhelming the operation and increasing the risk of accidents. Finally, spooling out on a flat surface might not support the proper tension needed for a safe and effective deployment.

Using a handheld rod or stand to unreeled detonator cord is recommended because it provides better control and minimizes the risk of tangling or kinks in the cord. This method allows the user to maintain an appropriate tension on the cord, ensuring that it is deployed smoothly and safely. Additionally, a handheld rod or stand can help keep the detonator cord elevated above the ground, reducing the chance of contamination or damage from environmental factors.

The other methods do not provide the same level of control or safety. Unreeeling by hand without tools may lead to improper handling and could increase the risk of the cord getting tangled. Having multiple workers manually unreeled could create confusion and inconsistencies, potentially overwhelming the operation and increasing the risk of accidents. Finally, spooling out on a flat surface might not support the proper tension needed for a safe and effective deployment.