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3M Scotchlok Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The non-insulated, butted-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

Use as a replacement part for 3M Half Facepieces 6000 Series.

3M Scotchlok Color-Coded Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The non-insulated, brazed-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The non-insulated, brazed-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Standard Fork is a lug connection terminal that has a wider tongue for use on free-standing studs. The terminal has a vinyl-insulated, butted-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The non-insulated, butted-seam barrel has a beveled mouth that guides the wire into position, and it withstands a maximum temperature of 347 degrees F (175 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Standard Fork is a lug connection terminal that has a wider tongue for use on free-standing studs. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.

3M Scotchlok Color-Coded Locking Fork is a lug connection terminal that has a spring-like tongue to securely lock around the stud. The terminal has a vinyl-insulated, brazed-seam barrel and withstands temperatures of -40 to 221 degrees F (-40 to 105 degrees C). Electrolytic copper construction offers good conductivity and a tin-plated finish resists corrosion.