H4CFC2DM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

Photovoltaic (PV) connectors are a key component for energy production systems, able to efficiently and reliably interconnect photovoltaic (PV) panels and all other relevant components for safe and reliable operation. Connectors have to quickly and easily link individual components and whether your system is large or small, it is vital to choose the right connection type to ensure the application works as desired. High temperatures, weather conditions, and the amount of current required must all be taken into account and the market offers a wide variety of connectors to choose from.

H4CFC2DM Application Field and Working Principle

The H4CFC2DM is a high-quality solar connector designed for efficient connection of PV modules. The H4CFC2DM connector has a single insertion in order to easily and reliably connect PV modules. It is made from high-density materials that enable increased power transfer and reduced power loss. It is also dust and waterproof which makes it suitable for outdoor use in any climate conditions. Additionally, it features an integrated clamping system to ensure secure mechanical connection and it works in a short connection time.

The rated voltage of the H4CFC2DM connector is up to 1500V dc and current up to 25A, with a contact material of 99.9% copper tin alloy or 99.99% copper. The connector is rated TUV/UL 1000V IP66/IP67. The clamps are fully insulated in the form of snap-in levers and require 0.8 Nm for full connection. The integrated system allows for connection without any tools. The operating temperature range is from -40°C to 90°C and the connector can be used in a multi-port configuration.

The H4CFC2DM connector is designed for secure connections, including a bayonet locking system with only one insertion necessary for a secure lock. It has a safety spring latch which ensures easy and reliable insertion for a secure connection. The spring latch provides a visual indication that the connection is made and the latching system also prevents an accidental disconnection in case of vibration or wind. The connector keeps the original design while being robust in the application field.

The special design of the contact surfaces provide a high electrical conductivity for very low contact resistance. The contact system is also specially designed to withstand high temperatures and vibration resistance while maintaining the mechanical connection. Additionally, the essential features such as temperature stability, corrosion resistance, flighted plating of internal contact surfaces of the connector provide increased reliability and long-term performance.

Conclusion

The H4CFC2DM connector is suitable for a wide range of PV applications and provides a secure and reliable connection in a short connection time. its strong internal clamping system ensures secure mechanical connection and ensures a long-term performance. Its dust and waterproof design also makes it suitable for outdoor use in any climate condition and its special design of contact surfaces provides a high electrical conductivity for very low contact resistance. In addition, it features a safety spring latch which ensures an easy and reliable insertion for a secure connection.

The specific data is subject to PDF, and the above content is for reference