HARTING 20-Way IDC Connector Female for Cable, 2 Row, 1A, 320V AC, Gold Plated Contacts, SEK 18 Series 09185207803

HARTING 09185207803 20-Way IDC Connector Female for Cable, 2 Row from the SEK 18 Series is engineered for industrial and electronic applications requiring reliable cable terminations. Rated for 1 ampere current and 320 volts AC, this connector features female contacts with gold plating on copper alloy material ensuring excellent electrical performance and corrosion resistance.

The connector uses a 2.54mm pitch and a shrouded housing made from high-quality polybutylene terephthalate plastic. It incorporates a right angle cable mount orientation and IDC termination, enabling efficient and secure cable connections without soldering.

Designed for harsh environments, it operates between -55°C and 125°C temperatures and includes central polarization to prevent incorrect mating within the SEK 18 series. Though not carrying additional approvals, it complies with IEC 60 603-13 standards, making it suitable for electronic component assemblies, power connectors, and industrial automation equipment.

This connector is ideal for use in telecommunications, computing hardware, industrial machinery, and embedded systems where dependable and compact cable connections are required. Its 20-contact configuration supports complex wiring needs while maintaining compact size and robust reliability.

Features 20 gold plated female IDC contacts with 2 row configuration for cable mounting. Rated for 1A current and 320V AC voltage with IEC compliance. Housing made of polybutylene terephthalate plastic ensures durability and insulation.

Operates reliably from -55°C to 125°C in demanding industrial environments. Termination type: Insulation Displacement Contact (IDC) for efficient cable assembly. Central polarization feature prevents incorrect connector mating.

Ideal for use in electronics, industrial automation, and communication systems. Explore the comprehensive range of industrial connectors and IDC solutions on EnvMart for advanced electronic and electrical component integration.