Overview

This document provides detailed specifications and matching information for various relay sockets and relay models primarily from manufacturers OMRON, OKITA, TOKIN/KEMET, and Panasonic. It focuses on pin configurations, dimensions, and compatibility between relay sockets and relays.

Main Sections

1. Relay Socket and Relay Model Listings

The document lists multiple relay socket and relay part numbers (P/N) such as G6K-2P-Y DC□□ (OMRON), VSRP-204R (OKITA), UC2-5NU (TOKIN/KEMET), TX2-□V (Panasonic), and others. These are categorized by pin count (8-pin, 12-pin) and type (A type, B type).

2. Dimensional Specifications

Key physical parameters are provided for each relay socket and relay type, including dimensions labeled as A, B, D, L, a, and b. These dimensions are given in millimeters and inches, for example:

• D: ranges from 3.7 mm (0.146") to 4.0 mm (0.157")
• L: ranges from 3.3 mm (0.130") to 6.85 mm (0.270")
• a and b: pin spacing and depth dimensions, e.g., a = 2.63 mm (0.104"), b = 1.67 mm (0.066")

These measurements are critical for ensuring proper fit and electrical contact between relay and socket.

3. Pin Layout and Spacing

The document specifies pin spacing standards such as 5.08 mm (0.200") between rows and 2.54 mm (0.100") between pins within rows. Epoxy glass pin positions are noted for certain socket types, indicating reinforced pin mounting areas.

4. Matching Relay and Socket Part Numbers

Detailed matching between relay and socket P/Ns is provided to ensure compatibility. For example, G6K2P-8P-BL95 socket matches with G6K2PRF-12P-BL95-C relay. This section helps users select the correct socket for a given relay model.

5. Additional Notes and Recommendations

• Socket pins with different lengths are available; users are referred to additional pages (7E2 to 7E5) or contact points for details.
• Pin layout diagrams show maximum number of positions for products, aiding in design and assembly.
• Dimensions and tolerances are given precisely to ensure reliable mechanical and electrical connections.

Critical Information and Best Practices

• Ensure relay and socket part numbers are matched exactly to avoid mechanical or electrical incompatibility.
• Verify pin dimensions and spacing against design requirements to maintain proper fit.
• Consider epoxy glass reinforced pin positions for enhanced durability in high-reliability applications.
• Consult additional documentation for socket pin length variations to suit specific mounting needs.

Summary

This technical document serves as a comprehensive reference for selecting and matching relay sockets and relays from specified manufacturers. It emphasizes precise dimensional data, pin layouts, and compatibility to support correct assembly and reliable operation in electronic systems.