Boardmount socket 3M 929974-01-22 with single row and double row configurations providing interconnect solutions
Product Overview
The 3M Boardmount Socket 929 Series offers a .100" and .100" x .100" straight solder tail design for reliable interconnect solutions. Featuring a tuning fork contact design and solder standoffs for efficient wave soldering, these sockets are available in single-row configurations from 1 to 40 contacts and double-row configurations from 2 to 80 contacts. An optional board retention feature enhances assembly security. These sockets are suitable for applications requiring robust board-to-wire or board-to-board connections.
Product Attributes
- Brand: 3M
- Series: 929 Series
- Contact Spacing: .100" and .100" x .100"
- Contact Design: Tuning fork
- Insulator Material: Glass Filled Polyester (PCT)
- Insulator Color: Black
- Contact Material: Copper Alloy
- Underplating: 100 " [ 2.54 m ] Nickel
- Solder Tails: Tin Lead or Matte Tin
- Flammability: UL 94V-0
- UL File No.: E68080
Technical Specifications
| Specification | Details |
|---|---|
| Contact Quantity (Single Row) | 1-40 contacts |
| Contact Quantity (Double Row) | 2-80 contacts |
| Current Rating | 2 amps maximum (all lines energized at 65C maximum ambient) |
| Insulation Resistance | > 5 109 at 500 VDC |
| Withstanding Voltage | 1,500 VRMS at Sea Level |
| Temperature Rating | -40C to +105C |
| Process Rating | 260C (per J-STD-020C) (PBT Insulator version), Maximum molded insulator temperature 191C (Solder Wave Process Only) |
| Optional Feature | Board retention feature |
| Recommended Mating Header Pin Length | .25 [ 6.4 ] |
| Recommended Mating Headers | 929 series and 2300 series (.100 [ 2.54 ] x .100 [ 2.54 ] pin strip headers) |
Ordering Information Notes:
- Contact Quantity Code determines the number of contacts.
- Plating Suffix options include Tin-Lead, Matte Tin, and various Gold plating thicknesses with Tin-Lead or Matte Tin tails.
- Board retention feature is indicated by specific suffix codes.
2411061404_3M-929974-01-22_C21740912.pdf