Product Overview

The 25 pin power connector is a multi-contact power interconnection solution designed for equipment that requires centralized power distribution, structured wiring, and long-term operational stability. With a balanced pin count, this connector supports the integration of multiple power channels and auxiliary circuits within a single interface, helping engineers optimize system layout and reduce wiring complexity.

This connector is developed to meet the practical demands of industrial and electronic systems, where connectors must perform reliably under continuous operation, mechanical stress, and frequent mating cycles. The contact structure is optimized to ensure consistent electrical performance, while the connector housing provides mechanical stability for both fixed and mobile installations.

YFS Technology (SZ) Co., Ltd designs the 25 pin power connector with flexibility in mind, allowing custom pin configurations, current allocation, and cable assembly solutions to be tailored according to specific application requirements. This makes the connector suitable for both standard equipment designs and customized system architectures.

Product Features

25-Contact Power Interface
Enables the transmission of multiple power lines and auxiliary circuits through a single connector, reducing the number of interfaces required.

Stable Electrical Performance
Optimized contact design helps maintain low contact resistance and reliable current flow during long-term use.

Compact and Organized Layout
The pin arrangement supports efficient use of installation space and improves cable management within equipment.

Durable Mechanical Structure
Designed to withstand vibration, mechanical impact, and repeated connection cycles in industrial environments.

Compatible with Cable Assembly Solutions
Supports customized cable assemblies and wiring harnesses for complete system-level integration.

Product Advantages

Simplified System Wiring
Centralized power connection reduces cable clutter and improves overall system organization.

Improved Operational Reliability
Fewer connection points and stable contact performance help minimize power-related failures.

Wide Application Flexibility
Suitable for various industrial, electronic, and specialized equipment requiring structured power distribution.

Customization Support
Pin layout, current rating, cable type, and connector form can be adapted to meet specific project needs.

Consistent Manufacturing Quality
Manufactured under controlled production and inspection processes to ensure stable performance across batches.

Typical Applications

The 25 pin power connector is commonly used in applications where multiple power channels and organized connections are required, including:

Industrial Automation Equipment – control systems, power distribution units, integrated machinery

Automotive Electronics & Special Vehicles – onboard power modules and electronic subsystems

Medical Devices – internal power connections for modular equipment

Communication & Electronic Systems – power interfaces for electronic assemblies

Robotics & Intelligent Equipment – power and control integration for multi-module systems

Specialized Equipment & UAV Systems – compact power connection environments

FAQ – Frequently Asked Questions

Q1: What types of circuits can a 25 pin power connector support?
A: It can support multiple power lines as well as auxiliary control or signal circuits, depending on pin configuration.

Q2: Can the pin layout be customized?
A: Yes. YFS Technology (SZ) Co., Ltd provides customization options for pin assignment and current distribution.

Q3: Is this connector suitable for continuous operation?
A: Yes. It is designed for stable performance in long-term, continuous operation systems.

Q4: Are cable assemblies available with this connector?
A: Yes. Customized cable assembly and wiring harness solutions can be provided to match system requirements.

Q5: Can samples be supplied for evaluation?
A: Sample testing and small-batch production are available depending on project needs.