50429-0060N-001 ACES 50429 Series: High-Density 1.0mm Pitch Wire-to-Board Wafer Connector

Short Description:

Minimum Order Quantity: 1 piece – small-batch sample orders welcome


Product Details

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ACES 50429 Series: High-Density 1.0mm Pitch Wire-to-Board Wafer Connector

Meta Description: Discover the ACES 50429 Series, a compact 1.0mm pitch Wire-to-Board wafer connector. Featuring SMT mounting, vertical (S/T) mating, and options for 3 to 8 circuits. Ideal for space-constrained applications in consumer electronics, IoT devices, and portable equipment requiring reliable, low-profile interconnections.

Product Overview

The ACES 50429 Series represents a high-density, board-space-saving solution for modern electronics. This 1.0mm pitch Wire-to-Board (WTB) wafer connector is engineered with a vertical (Straight/Top) mating direction and Surface-Mount Technology (SMT), making it an excellent choice for applications where Z-axis height and PCB real estate are at a premium. With its reliable electrical performance and compatibility with fine wire gauges (AWG #28-32), it is perfectly suited for data, signal, and low-current power connections in compact devices.

Key Part Number: 50429-0060N-001 (6-circuit model)

Key Features & Benefits

  • Ultra-Compact 1.0mm Pitch: Enables high-density PCB layouts, allowing for more connections in a smaller area, which is critical for miniaturized consumer and portable electronics.

  • Low-Profile SMT Design: The Surface-Mount (SMT) termination and a compact product height of 4.25mm minimize the vertical space required, contributing to slimmer product designs.

  • Vertical (S/T) Mating Interface: The Side/Rear Straight/Top (S/R S/T) mating direction allows for direct vertical cable connection to the board, optimizing internal layout in confined spaces.

  • Secure and Reliable: Features an integrated outer locking mechanism with the compatible housing (50430 series) to ensure a secure, vibration-resistant connection.

  • Fine Wire Compatibility: Designed to work seamlessly with AWG #28, #30, and #32 wires, providing flexibility for various current-carrying and flexibility requirements.

Detailed Technical Specifications

The following specifications are derived from the provided data for the series.

ParameterSpecification

General


Product SeriesACES 50429 Series

Connector TypeWire-to-Board (WTB), Wafer, Female

Mated WithHousing: 50430 series; Terminal: 50430-T

Mechanical


Pitch (Contact Spacing)1.0 mm

Available Positions (Circuits)3, 4, 5, 6, 8

Mounting TypeSurface Mount (SMT)

Mating DirectionSide/Rear Straight/Top (S/R S/T)

Product Height (above PCB)4.25 mm

Locking MechanismYes (with mating 50430 housing)

Electrical


Rated Voltage30 V AC (per contact)

Contact Resistance (Initial)≤ 10 mΩ

Withstanding Voltage≥ 500 V AC

Insulation Resistance≥ 100 MΩ

Current RatingAWG#28: 1.0AAWG#30: 1.0AAWG#32: 0.8A
Operating Temperature-40°C to +85°C

Compatible WireAWG #28, #30, #32

Complete Ordering Information

The series offers several standard circuit counts. Based on the naming convention where "006" in 50429-0060N-001 indicates a 6-circuit version, the available part numbers are as follows:

Available Part Numbers:
50429-0030N-00150429-0040N-00150429-0050N-00150429-0060N-00150429-0080N-001

Typical Applications

  • Consumer Electronics: Smartphones, tablets, wearables, digital cameras, and portable audio devices.

  • IoT & Smart Devices: Compact sensors, smart home modules, and connected appliances.

  • Computer Peripherals: Internal connections in printers, scanners, and external hard drives.

  • Telecommunications: Small form-factor networking modules and fiber-optic transceivers.

Why Choose the ACES 50429 Series?

In the competitive landscape of miniaturized electronics, the ACES 50429 Series delivers a crucial balance of size, performance, and reliability. Its 1.0mm pitch and SMT design directly address the core challenge of shrinking board footprints without compromising connection integrity. The integrated lock with its dedicated housing (50430 series) ensures that connections remain secure in mobile or high-vibration environments. By choosing this series, designers gain a trusted component that enables sleeker, more advanced product generations.


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