TE Connectivity PIDG Series Insulated Crimp Ring Terminal, M12 Stud Size, 2.6mm² to 6.6mm² Wire Size, Yellow

Technical Reference
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): US
Product Details

TE Connectivity PIDG Ring Tongue Wire Crimp Terminals

PIDG (Pre-Insulated Diamond Grip) ring tongue wire crimp terminals designed for uniform reliability in the most difficult circuit environments. These PIDG ring tongue terminals consist of a precision-formed high conductivity copper body and barrel. Inside the barrel are serrations which provide maximum contact and tensile strength after crimping. The wire barrel is surrounded with copper sleeve which provides improved wire insulation support and prevents fraying. An outer colour coded nylon sleeve aids wire size identification and a funnelled entry prevents turned back wire strands allowing fast wire insertion during high-speed production. The construction of these PIDG terminals and the use of specialised tool dies allows a uniform and reliable crimp to be produced. Available with various wire, barrel and stud sizes, these PIDG ring terminals offer a versatile solution to a wide range of wiring applications

Features and Benefits

• High conductivity copper body
• Copper sleeve for improved wire insulation support
• Serrations in wire barrel for maximum contact and tensile strength
• Colour coded sleeves for easy wire size and tooling identification
• Funnelled wire entry for easy wire insertion
• Design enables a reliable and uniform crimp

Applications

These PIDG wire terminals are suitable for use in a wide range of applications with many terminals meeting or exceeding the requirements of MIL-T-7928, Type II, Class 1 and 2. Applications include instruments/control, lighting, power supplies, panel boxes, transportation, lifting equipment, motors, aerospace and appliances.

TE Connectivity PIDG Terminals

Specifications
Attribute Value
Series PIDG
Insulation Insulated
Insulation Material Nylon
Inner Ring Diameter 13.08mm
Outer Ring Diameter 19.05mm
Minimum Wire Size mm² 2.6mm²
Maximum Wire Size mm² 6.6mm²
Minimum Wire Size AWG 12AWG
Maximum Wire Size AWG 10AWG
Stud Size M12
Colour Yellow
Contact Plating Tin
Contact Material Copper
Thickness 1.02mm
Overall Length 40.48mm
4000 In stock for FREE next working day delivery
Price Each (In a Box of 500)
£ 0.693
(exc. VAT)
£ 0.832
(inc. VAT)
Units
Per unit
Per Box*
500 +
£0.693
£346.50
*price indicative
Related Products
PIDG radiation resistant ring tongue crimp terminals made ...
Description:
PIDG radiation resistant ring tongue crimp terminals made from high conductivity bright tin-plated copper with a precision-formed metal wire barrel containing serrations which provide maximum contact and tensile strength after crimping. This barrel is enclosed in a copper sleeve and the whole is encased in a PVF2 colour coded insulation ...
PIDG ring tongue wire crimp terminals consisting of ...
Description:
PIDG ring tongue wire crimp terminals consisting of a precision-formed metal wire barrel containing serrations which provide maximum contact and tensile strength after crimping. This barrel is enclosed in a copper sleeve and the whole is encased in a nylon colour coded insulation sleeve. These PIDG ring tongue wire crimp ...
DIAMOND GRIP STRATO-THERM heat resistant ring tongue crimp ...
Description:
DIAMOND GRIP STRATO-THERM heat resistant ring tongue crimp terminals with insulation support for use where operating temperatures prevent standard insulated crimps being used. These DIAMOND GRIP STRATO-THERM heat resistant ring tongue crimp terminals are made from nickel plated electrolytic copper with a nickel silver sleeve and are designed to terminate ...
The JST R-Type Ring Terminal is made of ...
Description:
The JST R-Type Ring Terminal is made of oxygen free cooper and features excellent electrical characteristics. The Nylon insulation ensures high flame resistance and insulation properties. • Flared entry • Oxygen free cooper with excellent electrical characteristics • High-strength brazing • Insulation • High temperature resistance (up to 105oC).