When making bends on short lengths of conduit, the shoe may be prevented from creeping by_____________.

When making bends on short lengths of conduit, the shoe may be prevented from creeping by_____________.

• A. Clamping the conduit
• B. Screwing a coupling onto the end of the conduit
• C. Filing a rough surface on the conduit
• D. Wrapping a rag around the conduit

Answer: (B)

The correct answer involves screwing a coupling onto the end of the conduit to prevent the bending shoe from creeping during the bending process. When a coupling is secured to the end of the conduit, it adds stability and prevents movement that could cause the alignment to shift. This is especially important during the bending of short lengths of conduit, where precision is crucial, as even minor shifts can result in an incorrect bend. The coupling effectively acts as an anchor point, keeping the conduit stationary and aligned while the bend is being formed. By providing a fixed point that can withstand the pressure and movement occurring during the bending operation, it ensures that the bend is accurate and does not result in any misalignments or wasted materials. This method is practical and commonly used in electrical work and conduit installation, where maintaining the integrity of the bends is vital for functionality.

The correct answer involves screwing a coupling onto the end of the conduit to prevent the bending shoe from creeping during the bending process. When a coupling is secured to the end of the conduit, it adds stability and prevents movement that could cause the alignment to shift. This is especially important during the bending of short lengths of conduit, where precision is crucial, as even minor shifts can result in an incorrect bend.

The coupling effectively acts as an anchor point, keeping the conduit stationary and aligned while the bend is being formed. By providing a fixed point that can withstand the pressure and movement occurring during the bending operation, it ensures that the bend is accurate and does not result in any misalignments or wasted materials. This method is practical and commonly used in electrical work and conduit installation, where maintaining the integrity of the bends is vital for functionality.