TE Connectivity Red Insulated Female Spade Connector, Receptacle, 4.75 x 0.51mm Tab Size, 0.3mm² to 0.8mm²

PIDG (Pre-Insulated Diamond Grip) FASTON 250 receptacle wire crimp terminals designed for uniform reliability in the most difficult circuit environments. These PIDG receptacle terminals consist of a precision-formed high conductivity copper body and barrel. The wire barrel is surrounded with both a copper and nylon colour coded sleeve. The copper sleeve surrounding the barrel provides improved wire insulation support after crimping allowing the wire to bend without fraying the insulation or breaking the conductor. The nylon sleeves are colour coded according to wire-size to assist with identification. Inside the PIDG receptacle terminal wire barrel are serrations which provide maximum contact and tensile strength after crimping. The construction of these PIDG terminals and the use of specialised tool dies allows for uniform insulation thickness under crimping pressure. This pressure is then transmitted evenly to the centre of the crimping area to produce a uniform and reliable crimp. These PIDG receptacle terminals also feature a funnelled wire entry which prevents turned back wire strands and allows fast wire insertion during high-speed production. Available with various wire sizes, these PIDG receptacle terminals offer a versatile solution to a wide range of wiring applications

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
Designed enables a reliable and uniform crimp

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