Agastat Relays / TE Connectivity 1971795-1

Product Summary 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series, TE Connectivity AMP Connectors

The 1971795-1 socket contact from TE Connectivity AMP Connectors, part of the GRACE INERTIA 2.5 series, is engineered for the reliable termination of discrete wires within demanding electronic applications. This model features a crimp termination suitable for wire gauges ranging between 22 AWG and 28 AWG (.079 – .38 mm²), and is designed to mate within GRACE INERTIA receptacle housings. As a fundamental component in wire-to-board connector assemblies, the 1971795-1 provides the robust mechanical and electrical interface needed in control systems, industrial equipment, and power distribution units.

Main Characteristics of 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

The 1971795-1 socket contact is distinguished by several key design elements intended to maximize reliability and ease of assembly for product engineers:

Tin (Sn) Plating: The contact mating area is coated with tin, offering optimal electrical conductivity and corrosion resistance for moderate environments.

Locking Lance Contact Retention: Mechanical retention within housings is achieved by a locking lance feature, securing the contact and preventing accidental dislodging under vibration or during maintenance.

Crimp Termination: Designed for discrete wire crimping, facilitating streamlined field installation and automated production processes.

Compatibility with Wire Sizes: Supports wire sizes from 22 AWG to 28 AWG, allowing broad flexibility for signal and low-power wiring schemes.

Technical Details and Physical Attributes of 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

When selecting the 1971795-1 socket contact for a new design or maintenance refresh, procurement personnel and engineers should evaluate the following specifications:

Voltage Rating: Suitable for applications up to 50 VAC and 50 VDC, making the model applicable for both signal and low-voltage power circuits.

Contact Type: Socket form, intended for mating with pin contacts typical in rectangular connector systems.

Wire Accommodation: Accepts wires with conductor sizes between 28 and 22 AWG, with corresponding cross-sectional areas (.079 – .38 mm²).

Housing Retention: Specifically designed for retention within the GRACE INERTIA 2.5 receptacle housings.

Environmental Standards and Certifications for 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

Compliance with international standards is essential for global product deployment. The 1971795-1 socket contact has been designated by TE Connectivity as EU RoHS and ELV compliant, conforming to stringent restrictions on hazardous substances such as lead, cadmium, mercury, and others. This standardization ensures the device’s suitability for environmentally regulated projects and facilitates straightforward integration into CE-marked systems (noting that components themselves may not carry a CE mark, but system-level compliance is supported). Additionally, material declarations and SVHC information in accordance with the European Chemicals Agency (ECHA) can be obtained for regulatory documentation.

Related Components and System Integration for 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

For effective deployment, engineers should note that the 1971795-1 socket contact is engineered specifically for use within TE Connectivity’s GRACE INERTIA 2.5 connector ecosystem. Compatible receptacle housings, crimp tools, applicator kits (such as OCEAN-2.0-APPLICATOR-S series), and strip terminal cutters are available to streamline assembly and ensure the integrity of connections. Integrating these parts ensures mechanical compatibility, correct crimp geometry, and consistent electrical performance throughout the connection system.

Reference Documents and Engineering Information for 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

Comprehensive technical support for the 1971795-1 socket contact is available to facilitate product selection and implementation. Engineers can utilize detailed product drawings, 3D models (in dxf, igs, and stp formats), flyer documents, and application specifications. These resources enable rapid evaluation of design fit, support for CAD-based system design, and aid in developing robust assembly specifications tailored to application needs.

Possible Alternative/Replacement Options for 1971795-1 Socket Terminal, GRACE INERTIA 2.5 Series

When evaluating the 1971795-1 socket contact, engineers may also consider other models in the GRACE INERTIA 2.5 series or similar contacts tailored for 22-28 AWG crimp termination. Compatible alternatives include TE part numbers such as 2134384-1 (GIC 2.5 REC CONT TIN PLATE TYPE) and others listed within the GRACE INERTIA 2.5 catalog that share mechanical and electrical characteristics. Additionally, contacts designed for alternate GRACE INERTIA receptacle housings might serve as viable drop-in replacements depending on assembly configuration. It is recommended to match wire gauge rating, plating material, and locking lance retention features to ensure technical equivalence.

Conclusion

: Sourcing and Application Considerations for 1971795-1 Socket Contact, GRACE INERTIA 2.5 Series

The 1971795-1 socket contact from TE Connectivity AMP Connectors stands as a robust option for engineers seeking high reliability in discrete wire crimp connections within the GRACE INERTIA 2.5 platform. Its engineering features support secure wire retention, environmental compliance, and seamless system assembly. Through consideration of compatible tooling and mating parts, and reference to available engineering documentation, both product selection and procurement teams are equipped to integrate this contact confidently into new or existing electrical platforms. The device’s compliance with international standards further strengthens its position for deployment in global markets and in regulated environments. As with all part selections, direct comparison with equivalent models and a thorough review of supporting literature are recommended to ensure optimal fit for project requirements.