A16 2+4pin Waterproof Connector

The A16 2+4pin waterproof molded power connector presents a specialized hybrid configuration, uniquely combining two power pins with four signal pins in a single, integrated housing. This innovative design addresses the growing need for compact interconnect solutions that handle both primary power and data/control signals simultaneously.

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Product Introduction

The A16 2+4pin hybrid waterproof connector represents a deep reflection on the ultimate utilization of space and functional integration in the industrial interconnection field. It breaks the boundaries of power transmission and signal feedback in a single physical space. This design scientifically arranges two high current power contacts and four precision signal channels, aiming to solve the pain point of power supply and data interaction that must work together in modern electronic systems under the trend of miniaturization. Through this integrated packaging solution, the device no longer requires redundant multiple interfaces, which not only significantly reduces the backend hardware footprint, but also reduces wiring complexity and potential system failure risks at the architecture level, providing an efficient, simple, and high-density energy and information exchange hub for precision equipment.

Product Parameter

Item Name	A16 Waterproof Connector
Cable Specification	0.5-1.5mm²
Current Rating	5A-15A
Operating Temperature	-40℃ to +105℃
Operating Voltage	250V
Wire OD	8.0mm
Mechanical Life	1500 mating cycles
Contact Pin Material	Nickel-plated brass
Contact Resistance	≤5mΩ
Shell Material	Nylon (PA66)
Contacts Numbers	2/3/4/5/2+4/8pin
Waterproof Level	IP67

Product Feature And Application

The A16 2+4pin hybrid connector addresses the fundamental friction between power-heavy delivery and sensitive signal logic within increasingly cramped hardware envelopes. By collapsing two high-current terminals and four signal pins into a unified, modular housing, this configuration replaces the traditional, cluttered dual-cable requirement. This isn't merely a space-saving exercise; it's a structural consolidation that slashes the number of potential leak paths and failure points in a system. For engineers, this translates to a streamlined bill of materials and a far more reliable single-point interface for devices that cannot afford a lag between power-up and data synchronization.