IDEAL® Ideal Industries

83-9581 Female Disconnect Terminal, 16 to 14 AWG Conductor, 0.25 x 0.032 in Tab, Shouldered Barrel, Brass, Blue

MFR #:
83-9581
UPC:
783250490639
Item #:
649486
Product Details

Butted seam-construction prevents splitting under maximum pressureInternal barrel serrations grip wires tightly to resist pull-out and reduce electrical resistanceTin-plated brass construction for corrosion resistanceShouldered barrel insulation quickly positions terminal for proper crimpingExpanded insulation entry accommodates a wide variety of insulation diameters and provides additional insulation supportThe complete line of IDEAL crimp terminals, disconnects, and splices offer the right product for any electrical system that might be encountered. From rings and spades to insulated disconnects, there is a product for any wire range. All insulated terminals are color-coded for easy identification and come in durable plastic packaging for easy storage.

Manuals & Documentation

Features

  • Butted seam-construction prevents splitting under maximum pressure
  • Internal barrel serrations grip wires tightly to resist pull-out and reduce electrical resistance
  • Tin-plated brass construction for corrosion resistance
  • Expanded insulation entry accommodates a wide variety of insulation diameters and provides additional insulation support

Specifications

Identifiers

Identifiers
Manufacturer Part Number
83-9581
GTIN
00783250490639
Identifiers
UPC
783250490639
EAN
0783250490639

General Information

General Information
Manufacturer
Ideal Industries
Brand
IDEALĀ®
General Information
Country Of Origin
TW
Standards Approvals
RoHS Compliant | cUL Listed

Dimensions

Dimensions
Dimensions
0.819 in L x 0.26 in W

Technical Information

Technical Information
Barrel Type
Shouldered
Color
Blue
Conductor Size
16 to 14 AWG
Finish
TiN Plated
Insulated
Insulated
Material
Brass
Technical Information
Specifications
0.185 in Dia Insulation
Tab Size
0.25 x 0.032 in
Temperature Rating
75 deg C
Terminal Type
Crimp
Voltage Rating
300 V AC