T-type 4-in-1 PV connector - the safe and stable choice for PV systems
With the transformation of the global energy structure, solar power generation is booming at an unprecedented rate. As the key power transmission hub in the photovoltaic system, T-type photovoltaic connector is undoubtedly an indispensable and important component. Among these many photovoltaic connector products, the MC410-4M4FPLN01 model stands out with its excellent performance indicators and becomes the preferred connection solution for users.
Strong electrical performance
The MC410-4M4FPLN01 is a four-in-one MC4 connector with a rated voltage of 1000V DC, which can meet various power requirements from distributed rooftop power stations to megawatt-scale centralized power stations. It uses high conductivity tinted copper material as conductive component, contact resistance is less than 0.35 milliohm, greatly reduce the loss in the process of power transmission, improve the energy conversion efficiency of the whole photovoltaic system.
At the same time, the product has also passed the DCII safety level certification, with reliable electrical protection performance. Even in the case of short circuit or other faults, it can effectively avoid the occurrence of electric shock and fire and other dangerous accidents, and effectively protect the life and property safety of users.
Excellent environmental adaptability
As outdoor exposed power equipment, photovoltaic connectors must have strong weather resistance. MC410-4M4FPLN01 is made of high quality PPO fire retardancy material, even in long-term exposure to the sun or high temperature environment, it will not lose safety performance due to material aging.
The product has an operating temperature range from -40 ° C to +135 ° C, fully covering a variety of climatic conditions for photovoltaic power generation applications. In addition, it also has IP68 protection rating, which can completely prevent dust and water intrusion, ensuring stable and reliable operation even in harsh outdoor environments.
Excellent mechanical properties
As a key component connecting the various components of a photovoltaic system, photovoltaic connectors must have excellent mechanical properties. The MC410-4M4FPLN01 adopts a self-locking multi-point connection design, which not only greatly improves the overall mechanical strength by crimping the fixed cable in multiple places, but also ensures that the connection can remain stable even in the environment of strong wind or vibration.
Even when subjected to tension or torque, the product can completely avoid breaking or failure. In actual use, even if the mechanical load is severe, it will not have any impact on the safety of the photovoltaic system.
Excellent ease of use
In addition to excellent performance indicators, the MC410-4M4FPLN01 also has a good performance in terms of ease of use. It adopts standardized design, which can be compatible with most photovoltaic modules and inverter equipment, greatly simplifying the wiring construction of photovoltaic system.
By crimping the fixed cable, the user only needs to carry out a few simple steps to complete the connection, without complex technology, greatly improving the efficiency of the operation. Its rated current is up to 50A, which can fully meet the electricity demand of large, medium and small photovoltaic power stations.
To sum up,MC410-4M4FPLN01 is a photovoltaic T-type four-in-one connector product with excellent performance, safety and reliability. It has demonstrated outstanding performance in terms of electrical properties, environmental adaptability, mechanical strength and ease of use. With these excellent technical advantages, the product stands out among many MC4 connectors and is widely favored by photovoltaic power station users.
With the continuous and rapid development of photovoltaic power generation, the demand for safe and stable power transmission equipment will also increase. As an indispensable key component of photovoltaic system, it is believed that MC410-4M4FPLN01 will play a more important role in the future and contribute to the development of renewable energy.
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