AC distribution box hermetic IP66 EMITER with surge protector AC Noark type 1+2, 80A 3-phase EM-897N_AC
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Sales unit dimensions and weight: 1 pcs
AC distribution box hermetic IP66 EMITER with surge protector AC Noark type 1+2, 80A 3-phase EM-897N_AC
AC hermetic distribution box with surge limiter – safety and reliability of the installation
The EMITER AC hermetic connection box IP66 is a comprehensive solution designed to protect installations, especially photovoltaic ones. Equipped with a Noark type 1+2 surge limiter, it provides effective protection against the effects of sudden voltage increases, minimizing the risk of damage and failures. The construction with a high degree of protection IP66 guarantees resistance to harsh weather conditions and ensures safe operation indoors and outdoors.
Protection and functionality for professionals and users
This distribution box is not only a protective element but also a central connection point for the AC installation. Rated current of 80A for three phases (3F) combined with a FR 100A circuit breaker ensures stable and safe power supply. Phase indication facilitates quick identification of problems and monitoring of the installation status. Thanks to this, both installers and end-users can be sure of the system's reliability.
Construction and practical application
The EMITER distribution box is primarily used in photovoltaic installations, where it is mounted between the inverter and the power grid. The hermetic housing made of high-quality plastic protects the internal components from moisture, dust and other external factors. The Noark type 1+2 surge limiter effectively suppresses voltage surges, protecting sensitive devices from damage. Phase indication allows for quick diagnosis of any power supply problems, which translates into minimizing downtime and increasing system efficiency. It is important to remember to select the correct rated parameters (80A for the AC connection and 100A for the FR circuit breaker) and dimensional compatibility with the existing installation during assembly.

