HESCHEN DC MCCB HSM3DC-320 2-pole 2000V 300A
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Correction switch Heschen DC McCB HSM3DC-320 This advanced protective device that has been designed for applications in renewable energy systems, especially in solar installations. His The rated current is 300 A, and the rated voltage is DC 1000 V, which makes it a great solution for inverters with a capacity of 10 kW to 12 kW. This switch plays a key role in the protection of wires and devices by immediate disconnection of the circuit when overloading or short circuits occur. Thanks to high-quality workmanship, this device provides not only efficiency, but also the safety of use in different weather conditions.
Switch Hsm3dc-320 It is also equipped with security mechanisms that prevent damage to the electrical system. In addition to immediate disconnection in the event of malfunction, the material from which it was made, provides excellent fireproof properties. His Special coating It makes it in case of contact with flames, the switch does not smoke, and only gradually narrows, which significantly increases the level of safety in difficult conditions of use. Small dimensions (180 x 126 x 76 mm) Make it easy to assemble in various installation spaces, which is an additional advantage for professional installers and engineers.
Ergonomics and intelligent technological solutions used in Heschen DC McCB HSM3DC-320 They allow not only effective action, but also a number of functions that raise comfort. The manufacturer recommends the use of these circuit breakers in conjunction with energy accumulation systems and inverters in solar installations. This device, along with the right safety equipment, provides optimal operating conditions and compliance with applicable standards and regulations. This is an investment in the safety and efficiency of solar power plant systems.
Switch properties Heschen DC McCB HSM3DC-320 include:
Switch Heschen DC McCB HSM3DC-320 This is an excellent choice for those who are looking for reliable, safe and effective solutions for the protection of electrical circuits in renewable energy sources. Its unique properties and a solid construction will certainly meet the requirements of the most demanding users.