Molex, 35155 Female Connector Housing, 2.5mm Pitch, 15 Way, 1 Row

The Molex 15-position wire-to-board receptacle housing designed for secure and reliable crimp connections. With a 2.50mm pitch and a single row of contacts, it offers a compact solution for various electronic applications. The connector is constructed from durable polybutylene terephthalate (PBT) material, ensuring robust performance in demanding environments. This connector is suitable for use in a wide range of applications, including industrial control systems, automotive electronics, and consumer electronics, where space constraints and secure connections are critical.

The Molex 15-position wire-to-board receptacle housing designed for secure and reliable crimp connections. With a 2.50mm pitch and a single row of contacts, it offers a compact solution for various electronic applications. The connector is constructed from durable polybutylene terephthalate (PBT) material, ensuring robust performance in demanding environments. This connector is suitable for use in a wide range of applications, including industrial control systems, automotive electronics, and consumer electronics, where space constraints and secure connections are critical.

Designed for heavy duty applications, ensuring maximum durabilityOptimised for ease of installation, reducing setup time significantlyHigh quality materials enhance resistance to environmental factorsFacilitates secure electrical connections for reliable performanceCompatible with a wide range of systems, offering versatilityPrecision engineering guarantees consistent functionality under stressMeets stringent industry standards for safety and performance

Designed for heavy duty applications, ensuring maximum durabilityOptimised for ease of installation, reducing setup time significantlyHigh quality materials enhance resistance to environmental factorsFacilitates secure electrical connections for reliable performanceCompatible with a wide range of systems, offering versatilityPrecision engineering guarantees consistent functionality under stressMeets stringent industry standards for safety and performance