Molded or vulcanized splices are permitted in flexible cords. Is this statement true or false?

Molded or vulcanized splices are permitted in flexible cords. Is this statement true or false?

• A. True
• B. False
• C. Only in specific conditions
• D. Depends on the cord type

Answer: (A)

The statement that molded or vulcanized splices are permitted in flexible cords is true. This means that when flexible cords are repaired or modified, using these types of splices is allowed. Molded and vulcanized splices provide a durable and secure connection that can withstand the mechanical and thermal stresses typically encountered by flexible cords in various applications. Molded splices are created through a process that encases the joint of the wires in a molded insulation material, offering enhanced protection against environmental factors. Vulcanized splicing involves the application of heat and pressure to bond the materials, creating a strong and resilient connection. Both methods ensure that the integrity of the flexible cord is maintained and that the splice can function safely within its intended use. In contrast, other methods of splicing may not provide the same level of safety or reliability. Consequently, adhering to the standards that allow molded or vulcanized splices is crucial for ensuring safety in workplace settings where flexible cords are used.

The statement that molded or vulcanized splices are permitted in flexible cords is true. This means that when flexible cords are repaired or modified, using these types of splices is allowed. Molded and vulcanized splices provide a durable and secure connection that can withstand the mechanical and thermal stresses typically encountered by flexible cords in various applications.

Molded splices are created through a process that encases the joint of the wires in a molded insulation material, offering enhanced protection against environmental factors. Vulcanized splicing involves the application of heat and pressure to bond the materials, creating a strong and resilient connection. Both methods ensure that the integrity of the flexible cord is maintained and that the splice can function safely within its intended use.

In contrast, other methods of splicing may not provide the same level of safety or reliability. Consequently, adhering to the standards that allow molded or vulcanized splices is crucial for ensuring safety in workplace settings where flexible cords are used.