1500V photovoltaic connectors - an excellent choice for sticking to high voltage positions
With the rapid development of the global photovoltaic power generation industry, high-voltage photovoltaic system with its higher power generation efficiency and better economy, is gradually becoming the mainstream choice of the industry. As an indispensable key component in high-voltage photovoltaic systems, high-voltage photovoltaic connectors play a vital role in ensuring the safe operation of the system and improving the efficiency of power generation.
As a leading enterprise in the domestic photovoltaic connector industry,SHUNKONN Technology has launched a series of high-voltage photovoltaic connector products with outstanding performance by virtue of years of technological precipitation and innovation strength. Today, we highlight SHUNKONN's MC415-1M1FPSN01 - an excellent connector designed for 1500V high voltage photovoltaic systems.
The MC415-1M1FPSN01 is a wire connector developed by SHUNKONN for the characteristics of 1500V high voltage photovoltaic systems. Using advanced hollow core stamping technology, the product has excellent performance in electrical performance, safety, environmental resistance and other aspects, providing a full range of reliable guarantee for the safe and stable operation of high-voltage photovoltaic arrays.
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Excellent electrical performance
The MC415-1M1FPSN01 has a rated voltage of up to 1500V and a rated current of up to 30A. It adopts high-quality tinned copper conductor and contact resistance as low as 0.35mΩ to ensure excellent voltage and current transmission performance. At the same time, the product has passed the UL94-V0 flame retardant certification, which can maintain good fire resistance characteristics even under extreme environmental conditions.
Excellent air core stamping design
Unlike the traditional solid core design, the MC415-1M1FPSN01 uses an innovative hollow core stamping process with a high-strength stamping conductor inside, which not only significantly reduces the weight of the product, but also improves its mechanical strength, providing a more robust and reliable solution for high-voltage photovoltaic systems. In addition, the product also supports a variety of core specifications (2.5mm², 4mm², 6mm²), which can be flexibly adapted to different application scenarios.
Excellent safety protection performance
The MC415-1M1FPSN01 is manufactured with PPO insulation material, which has excellent weather resistance and insulation properties. It works reliably even at 1500V high pressure. At the same time, the product has passed the IP68 protection grade certification, which can effectively resist the infringement of dust, moisture and other harsh environmental factors to ensure the long-term safe operation of the photovoltaic system.
Excellent environmental resistance
SHUNKONN's MC415-1M1FPSN01 can cope with the harsh environmental challenges faced by outdoor photovoltaic systems, such as temperature shocks, ultraviolet radiation and salt spray corrosion. The extensive use of high-quality UV - and corrosion-resistant materials ensures excellent and reliable performance in harsh environments.
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In general,SHUNKONN's MC415-1M1FPSN01 high voltage photovoltaic connectors, with excellent electrical performance, innovative air core punching design, excellent safety protection performance and excellent environmental resistance, are fully capable of meeting the stringent requirements of today's 1500V high voltage photovoltaic systems and protecting the safe and stable operation of battery arrays.
As a leading company in the domestic photovoltaic connector industry,SHUNKONN constantly pursues technological innovation and is committed to providing more high-quality and reliable solutions for the photovoltaic industry. Under the general trend of continuous and vigorous development of photovoltaic industry in the future, we believe that SHUNKONN, with its excellent product strength and high-quality service, will definitely make due contributions to promote the global renewable energy industry.
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