Agastat Relays / TE Connectivity 292161-6

Summary of TE Connectivity AMP CT 292161-6 2mm Vertical Header

The TE Connectivity AMP CT 292161-6 is a vertically oriented, through-hole header designed for wire-to-board interconnect applications in modern electronic assemblies. With a 6-position, single-row configuration arranged on a 2 mm (0.079″) centerline pitch, this component is engineered to deliver compact, reliable connections in space-constrained printed circuit board designs. The 292161-6 belongs to the wider AMP CT series, renowned for facilitating robust, high-density interconnections within the industrial, consumer, and embedded system markets. This section introduces the header’s intended roles and its position within the TE Connectivity connector line-up.

Primary Characteristics and Design Elements of AMP CT 292161-6

Engineers tasked with designing reliable interconnections will value the focused feature set of the AMP CT 292161-6. This header’s vertical mounting orientation allows straightforward routing between mating wire-to-board systems, supporting modular assembly and maintenance. The 2 mm pitch optimizes board real estate use while maintaining sufficient separation for soldering and inspection. The device incorporates partial shrouding for the contact area, affording extra mechanical guidance for mating connectors and reducing the risks associated with misalignment or accidental disconnects. Tin-plated contacts ensure solid conductivity and manageable solderability within RoHS-limited assembly environments. Overall, the AMP CT 292161-6 is a well-balanced choice for designers looking to combine density and reliability.

Comprehensive Mechanical and Electrical Data for AMP CT 292161-6

For engineers and procurement teams, a thorough understanding of the device’s physical and electrical parameters is key to successful product selection. The AMP CT 292161-6 features a single row of 6 contacts, with each contact spaced precisely 2 mm from its neighbor. Designed for through-hole soldering, this connector offers robust mechanical retention to the PCB, with its partially shrouded body providing additional insertion guidance. The main construction material is high-quality thermoplastic for the insulator, offering both mechanical strength and electrical isolation, while the contacts themselves are finished with a tin (Sn) plating. These characteristics help guarantee solid signal and power transmission with low contact resistance and reliable long-term performance.

Engineering Applications for AMP CT 292161-6

The AMP CT 292161-6 comes into its own in applications where compact, wire-to-board connections are needed without sacrificing mechanical security or electrical performance. In practice, this header is particularly valued in small form-factor embedded systems—such as control units, industrial input/output modules, and consumer electronics PCBs—where board space and assembly robustness are both at a premium. The vertical header orientation is well suited for harnesses that require direct, perpendicular connections, streamlining system integration and reducing module replacement complexity. Its 6-position format offers flexibility for power, ground, and multiple signal lines in typical scenarios.

Regulatory and Environmental Information for AMP CT 292161-6

Complying with global environmental and safety standards is crucial for long-term market access. The AMP CT 292161-6 is compliant with EU RoHS (Restriction of Hazardous Substances) Directive 2011/65/EU, featuring material concentrations below the maximum thresholds for hazardous substances such as lead, cadmium, and certain brominated flame retardants. Additionally, the product adheres to the EU ELV (End of Life Vehicle) Directive 2000/53/EC requirements, ensuring suitability for automotive and similar regulated applications. Regarding the European REACH Regulation, the product conforms to guidelines on SVHC (substances of very high concern) as issued by the European Chemicals Agency, minimizing toxicological risks in the supply chain.

Compatible Components and Accessories for AMP CT 292161-6

A robust header solution depends on a supportive ecosystem of connectors, contacts, and accessories. The AMP CT 292161-6 achieves optimal utility when mated with compatible TE Connectivity crimp contacts and housings expressly designed for this 2 mm pitch system. Complementary products include AMP Common Termination (CT) receptacle housings and specific contact materials suited to various current, environmental, or assembly requirements. The AMP CT family includes additional form factors—such as right-angle headers and vertical assemblies with kinked leads—enabling flexible design configurations and field servicing strategies.

Alternative or Substitute Models Comparable to AMP CT 292161-6

Selecting the correct header often involves evaluating functionally similar alternatives, whether for footprint continuity, supply-chain risk minimization, or cost optimization. Within the AMP CT portfolio, models such as the 292161-7 (7-position vertical configuration) or right-angle variants feature similar mechanical interfaces and can serve as direct replacements or adjust for changes in signal requirements. Additionally, other connectors in the 2 mm pitch, partially shrouded, through-hole header class—both from TE Connectivity and other established manufacturers—may fill a similar role if identical mechanical and electrical ratings are maintained. When specifying alternatives, review the compatibility of the mating system, solder joint requirements, and environmental certifications.

Conclusion

The TE Connectivity AMP CT 292161-6 vertical 2 mm header is a compelling solution for modern wire-to-board system architectures, balancing compact dimensions with robust mechanical and electrical integrity. With its targeted feature set, comprehensive compliance, and broad accessory compatibility, it stands out as a reliable connector for engineers and procurement specialists seeking efficiency and long-term reliability in demanding PCB applications. Careful consideration of product specifications, application scenarios, and potential equivalents ensures seamless integration and consistent supply for your project lifecycle.