VH-AS (3.96mm) Connector

Series: VH series connectors

Pitch: 3.96mm

Material: PA or PBT/ Phosphor Bronze

Cable Size (AWG): #22~#18

Current (A): 7.0 A

Voltage (V): 250V AC/ DC

Introducing our Wire-to-Wire Connector in VH (3.96mm) series, a reliable solution designed to meet the diverse connectivity needs of various applications. Developed with a focus on durability, efficiency, and compatibility, our VH connectors offer a dependable means of establishing secure electrical connections in a wide range of environments.

High Current Capacity:

At the core of VH connectors is their ability to handle high-current applications with ease. Engineered to deliver current-carrying capabilities, these connectors provide a reliable and efficient solution for scenarios demanding substantial power transmission. Whether in automotive applications, industrial automation setups, or power distribution systems, VH connectors excel in ensuring a consistent and stable flow of current.

Multi-Pin Design:

One of the standout features of VH connectors is their multi-pin design, available in a variety of pin counts. This design flexibility allows users to tailor their connectivity solutions to specific requirements, making VH connectors suitable for a wide array of applications. Whether you need a compact connector for limited pins or a more extensive configuration for complex systems, VH connectors offer the versatility needed to accommodate diverse connectivity options.

Secure Locking Mechanism:

To ensure the integrity of connections, VH connectors are equipped with a robust locking mechanism. This mechanism not only provides a secure connection but also enhances resistance against vibrations. The result is a reliable and stable interconnection that withstands the challenges posed by dynamic environments. The secure locking mechanism makes VH connectors a good choice for applications where the stability of the connection is important.

Customization Options:

Recognizing the diverse needs of our customers, we offer customization options for the VH Connector series. Whether it's specific pin configurations, housing colors, or additional features, our team is committed to working closely with clients to provide tailored solutions that meet their unique requirements.

Temperature and Environment Resistance:

The VH Connector is engineered to operate seamlessly in diverse environmental conditions. Its resistance to temperature variations and environmental factors makes it suitable for deployment in a range of applications, from industrial settings to consumer electronics. This adaptability ensures that the connectors maintain consistent performance, even in challenging surroundings.

Diverse Applications:

VH connectors find applications across a broad spectrum of industries, showcasing their adaptability and reliability. In the automotive sector, VH connectors play a crucial role in powering various electronic components and ensuring seamless communication between different systems. Industrial automation benefits from VH connectors due to their ability to handle both signal and power connections, contributing to the efficiency of automated processes.

Power distribution systems, another critical domain, leverage VH connectors for their consistent current-carrying capabilities. Whether in the distribution of electrical power in buildings or in larger-scale infrastructure projects, VH connectors prove to be a dependable choice. The versatility of VH connectors extends to other sectors as well, making them a solution for professionals seeking reliable wire-to-wire connectivity.

In summary, VH connectors stand as a testament to the synergy of design, functionality, and adaptability. Their high current capacity, multi-pin design, secure locking mechanism, and diverse applications make them a reliable choice for a wide range of industries. Whether you are navigating the intricate requirements of the automotive sector, streamlining industrial automation processes, or managing power distribution networks, VH connectors provide a dependable solution.