1.27x1.27mm Pitch Ejector header connectors:RHTAY01C

Series P/N:RHTAY01C

RHT provides a wide selection of Box Header Connectors and Ejector Header Connectors, helping engineers develop reliable and efficient PCB connection solutions.

With various pitches, pin counts, mounting options, and material choices, our connectors can meet different design requirements and application challenges.

As a connector solutions partner, RHT’s sales engineers work closely with design teams to understand technical requirements, discuss development needs, and provide suitable solutions from sample evaluation and prototype validation to project development and mass production.

2D(PDF)Drawing

3D(IGS / STP)Drawing

Product parameter:

Features

-Insulator Material: The connector body is typically made from high-temperature plastic materials such as PBT (polybutylene terephthalate) or Nylon, providing mechanical durability and resistance to environmental factors.

-Mounting Type:Designed for through-hole mounting on PCBs (Printed Circuit Boards) or sometimes for surface-mount configurations. Through-hole mounting ensures secure attachment and reliable electrical connections suitable for various industrial and consumer electronics applications.

-Ejector Mechanism:Ejector headers feature an ejector mechanism that allows for easy insertion and extraction of mating connectors or boards. This mechanism enhances usability and reliability during assembly, maintenance, and service operations.

-Current Rating:Rated for a range of current levels depending on the specific design and application requirements. Typically suitable for low to moderate current applications typical in consumer electronics, industrial controls, and telecommunications equipment.

Applications

1.Embedded Systems

2.Telecommunications Equipment

3.Industrial Automation

4.Medical Devices

Specifications

1.27x1.27mm Pitch Box Header Connector With Latch

Order Information:

RHTAY01C-XX-S-B-口

XX-No.of 06~68 pin

S-Straight pin R-Right Angle Pin T-SMT Pin

Color: B=Black