Product image for Burndy TP1014 Copper Terminal, Ring Tongue, 12-10 AWG, 1/4" Stud, Vinyl Insulated, Tin Plated,Wire strip Length:19/64"
Image thumbnail 0
Image thumbnail 1
Email

Burndy TP1014 Copper Terminal, Ring Tongue, 12-10 AWG, 1/4" Stud, Vinyl Insulated, Tin Plated,Wire strip Length:19/64"

Manufacturer: Burndy | Catalog # TP1014 | Cooper Electric Part # 1098007
$1.91 /ea
ea
Log in or register to view your price, purchase history, and more!
Out of stock, please contact your sales representative for availability, pricing and lead times
BAA | Buy American Compliant BAA | Buy American Compliant Product Spec Sheet
Copper Terminal, Ring Tongue, 12-10 AWG, 1/4" Stud, Vinyl Insulated, Tin Plated,Wire strip Length:19/64".

Technical Information

Applications
Commercial and Light Duty Industrial Control and Power Circuit Applications
Color Coding
Yellow
Conductor Size
12-10 AWG
Conductor Type
CU C Str-Size
Connection Type
Ring Terminal
Insulation Material
Vinyl
Insulation Type
Vinyl
Material
Copper
Max Voltage
600 V
Plated?
Yes
Plating Type
Tin
Standard
3R,C22.2 No. 0.4,C22.2 No. 18,C22.2 No. 94 Enclosures Types 1,UL 514C,UL467,UL50 Enclosures Types 1
Temperature Rating
105 degrees C
Type
TP, Short Sleeve
Voltage
600 Volt

Manufacturer Information

Brand
Burndy
Sub Brand
Vinylug™

General Product Info

12-Digit UPC
781810711040
Color
Yellow
Finish
Electro-Tin Plated
GTiN
00781810711040
Product UPC
78181071104

Dimensions

Height
0.28 Inch
Hole Size
0.27 in
Length
0.988 Inch
Overall Length
32 mm
Width
0.53 in

Certifications and Compliance

BAA | Buy American Compliant
Y
Country of Origin
USA
CSA
Yes
Features
  • Expanded insulation support accepts standard and large wire diameters providing lower inventory requirements and greater flexibility
  • Funnel entry for easy wire insertion
  • Manufactured of pure electrolytic copper to provide maximum conductivity, low resistance and ductility for excellent crimp forming properties
  • Deep V groove serrations in the inner barrel provides added holding strength and better conductivity
Compare