Molex 503095 Series Female Crimp Terminal, Crimp or Compression Termination, 24AWG Max

Molex 503095 Series Crimp Terminal, Female, 24 AWG Maximum Wire size - 5030952201

This crimp terminal is a versatile electrical connector designed for use with the iGrid receptacle housing. The female configuration supports wire sizes between 22 to 24 AWG, ensuring effective connections in various applications. With a robust copper alloy construction and gold plating, it guarantees optimal conductivity and longevity.

This crimp terminal is a versatile electrical connector designed for use with the iGrid receptacle housing. The female configuration supports wire sizes between 22 to 24 AWG, ensuring effective connections in various applications. With a robust copper alloy construction and gold plating, it guarantees optimal conductivity and longevity.

Features & Benefits

• Maximum current rating of 2.0A for reliable performance • High voltage capability up to 250V AC/DC • Durable with up to 30 mating cycles for extended use • Lightweight design with a net weight of 48.840mg • Accessible installation with a wire insulation diameter of 0.85 to 1.50 mm

• Maximum current rating of 2.0A for reliable performance • High voltage capability up to 250V AC/DC • Durable with up to 30 mating cycles for extended use • Lightweight design with a net weight of 48.840mg • Accessible installation with a wire insulation diameter of 0.85 to 1.50 mm

Applications

• Suitable for connection in automation and electronics • Used for wire-to-board across industries • Used in environments requiring low-halogen components

• Suitable for connection in automation and electronics • Used for wire-to-board across industries • Used in environments requiring low-halogen components

What has been considered to ensure the longevity of this terminal?

The terminal is built with durable materials, allowing up to 30 mating cycles, which enhances its lifespan under regular use.

The terminal is built with durable materials, allowing up to 30 mating cycles, which enhances its lifespan under regular use.

How does this terminal ensure reliable electrical performance?

Using a copper alloy for the metal components, combined with gold plating on mating surfaces, optimises electrical conductivity and reduces corrosion.

Using a copper alloy for the metal components, combined with gold plating on mating surfaces, optimises electrical conductivity and reduces corrosion.

What regulatory compliance does this terminal meet?

It meets multiple compliance standards including EU RoHS, REACH SVHC, and is recognised as low-halogen, making it suitable for eco-conscious applications.

It meets multiple compliance standards including EU RoHS, REACH SVHC, and is recognised as low-halogen, making it suitable for eco-conscious applications.